List No. | IABS Member Name | Acadimic Field | Country |
1 | Tomohiro Nakayama | Cardiology | Japan |
2 | Chanvit Leelayuwat | Immunogenetic | Thailand |
3 | Sanjeev Kumar | Antibody engineering | UK |
4 | Jack V. Greiner | Allergy | USA |
5 | Chuong Pham-Huy | Analytical chemistry | France |
6 | Larciprete Giovanni | Animal models | Italy |
7 | Jamiu A. Ogunbanwo | Avian Influenza Virus-AIV (Bird Flu) | Australia |
8 | Hassan Youssef Aboul-Enein | Analytical chemistry | Egypt |
9 | Maurizio Battaglia Parodi | Italy | |
10 | Ghanbar Mahmoodi | Molecular genetics | Iran |
11 | Gopal Khuller | ||
12 | Sjoerd Rijpkema | Bacterial typing | UK |
13 | Leke Aremu | Analytical chemistry | Nigeria |
14 | Subratty Hussein | Biochemistry | Mauritius |
15 | P. Subramanian | Anticancer drug | |
16 | Liliana Muschietti | Bioactive compounds | |
17 | G.H. Sperber | Genetics | |
18 | Isam Lataifeh | Gynecologic oncology | |
19 | Eleazar Chaib | ||
20 | Atmaram Bandivdekar | Auto antibodies | |
21 | Weijun Kong | Analytical chemistry | |
22 | Lauretta Turin | Animal models | |
23 | Idania Gonzalez-Perez | Biochemistry | |
24 | Alessandro Isidori | Anticancer drug | |
25 | S. Surendran | Metabolic abnormalities | |
26 | Luis Isamu Barros Kanzaki | ||
27 | Konstantinos Poulas | Antibody engineering | |
28 | Eric W. Fonkalsrud | USA | |
29 | Charles Martin | Bio-Pharmaceutical | USA |
30 | Yumei Zhou | ||
31 | Zlatko Dembic | Immunoregulation | |
32 | Stanley J. Goldsmith | USA | |
33 | Fuat Gurkan | Allergy and asthma | Turkey |
34 | Pedram Ghafourifar | USA | |
35 | David T. Harris | Cancer biology | |
36 | Hosni Hassan | Antimicrobial & drug resistance | USA |
37 | Veena Desai | USA | |
38 | Qi-Bing Mei | Animal models | China |
39 | Robert A. Newman | Alternative medicine | USA |
40 | Cage S. Johnson | Bioscience and Biotechnology | USA |
41 | Richard G. Barbers | Allergy and asthma | USA |
42 | Gao Sun | China | |
43 | Curtis A. Machida | Biochemistry | USA |
44 | Hong-Duo Chen | China | |
45 | Nitin Saksena | Antimicrobial & drug resistance | Australia |
46 | Bor-Shyang Sheu | Anticancer drug | |
47 | Kazuyuki Shimizu | Japan | |
48 | Cengiz Tataroglu | Turkey | |
49 | Konstantin Slavin | Anesthesia & pain | USA |
50 | Viacheslav Z. Tarantul | Animal models | Russia |
51 | Jason T.C. Tzen | Bioscience and Biotechnology | |
52 | Trakada Georgia | Allergy and asthma | Greece |
53 | Jacek C. Szepietowski | Allergy and immunology | Poland |
54 | Henry Tong | China | |
55 | Moriatsu Takada | Cancer biology | Japan |
56 | Jianyi Zhang | Histopathology | USA |
57 | Peter L. Nara | Animal models | USA |
58 | Bruce J. Dolnick | Anticancer drug | USA |
59 | Jose Valencia Martín | Atherosclerosis | Spain |
60 | Nursen Duzgun | Autoimmune diseases | Turkey |
61 | Uwe Wagner | Cancer biology | Germany |
62 | Garry Walsh | Allergy | UK |
63 | Antoni Hrycek | Allergy and immunology | Poland |
64 | Ece Aydog | Turkey | |
65 | Kathryn DeFea | Biochemistry | USA |
66 | Marvin Rotman | Cancer therapy | USA |
67 | Xiaohui Wang | Biomedical engineering | USA |
68 | Sathees C. Raghavan | USA | |
69 | Yoshiyuki Ban | Clinical immunology | Japan |
70 | Amein K. Al-Ali | Biochemistry | Saudi Arabia |
71 | Borut Božič | Antiphospholipid syndrome | Slovenia |
72 | Lazaros I. Sakkas | Autoimmune diseases | Greece |
73 | Ingrida Januleviciene | Imaging | Lithuania |
74 | Kunihiro Sakuma | Cell and tissue research | Japan |
75 | Mehran Karimi | Cancer therapy | Iran |
76 | Alexander Schuh | Biomaterials | Germany |
77 | Pranela Rameshwar | Cancer biology | USA |
78 | Supan Fucharoen | Clinical laboratory science | Thailand |
79 | Hendrik-Tobias Arkenau | Anticancer drug | Germany |
80 | Chandrasekhara Reddy | Eye and systemic diseases | India |
81 | Irina Ivanova Stoyanova | Cell and tissue research | Bulgaria |
82 | Katsuhiko Matsui | Allergy and immunology | Japan |
83 | Kadriye Akgun-Dar | Cell and tissue research | Turkey |
84 | Engin Sahna | Experimental medicine | Turkey |
85 | Mehmet Doğanay | Bacterial and HIV infection | Turkey |
86 | Pablo Zunino | Clinical microbiology | Uruguay |
87 | Ehab I. Mohamed | Bioavailability | Egypt |
88 | Renu A. Kowluru | Animal models | USA |
89 | Simona Bertoli | Endocrinology | Italy |
90 | Urs Christen | Allergy and immunology | Switzerland |
91 | Petr M. Maslyukov | Russia | |
92 | Stefano Sotgiu | Clinical epidemiology | Italy |
93 | Muawyah D. Al-Bdour | Corneal disease | Jordan |
94 | Shahin Akondzadeh-Basti | Iran | |
95 | Joachim Boettcher | Germany | |
96 | Sangchai Preutthipan | Endoscopic surgery | Thailand |
97 | Tomonori Hayashi | Apoptosis | Japan |
98 | Anwar-ul Hassan Gilani | Pakistan | |
99 | Yusuf Karataş | Experimental medicine | Turkey |
100 | K. M. Lokanatha Rai | Analytical chemistry | India |
101 | Necati Örmeci | Gastroenterology | Turkey |
102 | Xin-Yuan Liu | Apoptosis | China |
103 | Farzin Hadizadeh | Iran | |
104 | Tan Eng King | Singapore | |
105 | Göksel Sener | Free radicals & antioxidants | Turkey |
106 | David Ronald Brown | Biochemistry | Australia |
107 | Abolghasem Jouyban | Analytical chemistry | Iran |
108 | Nechama Gilboa-Garber | Immunohematology | Israel |
109 | Zhe-Yu Chen | Cell biology | China |
110 | Michael Schrader | Biochemistry | Germany |
111 | Zubair Ahmed | Apoptosis | UK |
112 | Izumi Horikawa | Cancer biology | USA |
113 | Yousry Moustafa Issa | Egypt | |
114 | George A. Pados | Endoscopic surgery | Greece |
115 | Mukaddes Esrefoglu | Apoptosis | Turkey |
116 | Kyoung-Jin Yoon | Clinical immunology | USA |
117 | Andras Lakos | Infertility and assisted reproduction | Hungary |
118 | Olga V. Morozova | Arbovirology | Russia |
119 | Jiunn-Jong Wu | Antimicrobial & drug resistance | |
120 | Tommy R. Tong | Biosensors | China |
121 | Sho-ichi Yamagishi | Clinical immunology | Japan |
122 | Chen Yan | Apoptosis | USA |
123 | Ryuichi Morishita | Bioavailability | Japan |
124 | Tejpal Gupta | Anticancer drug | India |
125 | María Guadalupe Guzmán | Apoptosis | Cuba |
126 | Nilanjana Maulik | Alternative medicine | USA |
127 | Melike Üner | Colloidal drug carrier systems | Turkey |
128 | Gianluigi Condorelli | USA | |
129 | Hyo-Soo Kim | Cell reproduction or differentiation | Korea |
130 | Olga Maria Guerreiro de Matos | Portugal | |
131 | Yang Shi | Cardiovascular diseases | China |
132 | Tarun Jain | USA | |
133 | Anna-Mart Engelbrecht | Apoptosis | South Africa |
134 | Liyang Hsu | Antimicrobial & drug resistance | Singapore |
135 | A. Townsend Peterson | Ecology | USA |
136 | Ahmet Kaan Gunduz | Turkey | |
137 | Ronald A. Schachar | Biological and Medical Physics | USA |
138 | Amina Mohamed Abd El-Ghany El-Brashy | Analytical chemistry | Egypt |
139 | Hossein Baharvand | Cell reproduction or differentiation | Iran |
140 | Ko-Hua Chen | Cell biology | |
141 | Eung-Kweon Kim | Korea | |
142 | Nuhan Purali | Biophysics | Turkey |
143 | Ana Sofia Pereira dos Santos | Acarology | Portugal |
144 | Abhaykumar R. Vasavada | Apoptosis | India |
145 | Raivo Vokk | Antioxidant capacity | Esthonia |
146 | Ken-ichiro Shibata | Japan | |
147 | Maria Teresa Estrada-Garcia | Animal models | Mexico |
148 | Silvia Comani | Biological and Medical Physics | Italy |
149 | Seyed Mahmoud Sadjjadi | Iran | |
150 | Abdel Sattar M. Sallam | Biological and Medical Physics | Egypt |
151 | Shikun He | Apoptosis | USA |
152 | Abraham Benatar | Belgium | |
153 | Mathieu Noteborn | ||
154 | Khalid S. Al-Numair | Saudi Arabia | |
155 | Michael Damian Coleman | UK | |
156 | Young-Cheol Lee | South Korea | |
157 | Randal Tanh Hoang Pham | USA | |
158 | Laura Narkauskaite | ||
159 | Khaled.Amar | ||
160 | Nevin Turgay | Turkey | |
161 | Mevlit Korkmaz | Turkey | |
162 | Coskun Polat | ||
163 | Marlon Eugene Cerf | ||
164 | Peter Clark | USA | |
165 | Bagher Larijani | Iran | |
166 | Ri-Cheng Chian | Canada | |
167 | Mojgan Karimi | Gynecologic oncology | Iran |
168 | Maysaa El Sayed Zaki | Antimicrobial & drug resistance | Egypt |
169 | Zhu Xueqiong | Cancer markers | China |
170 | Praveen Rishi | Antioxidant supplementation | India |
171 | Gustavo Jankilevich | Anticancer drug | Argentina |
172 | Luis Alberto Espinoza | Cancer biology | USA |
173 | Kota V. Ramana | Anticancer drug | USA |
174 | Piero Sestili | Italy | |
175 | Raquel Ângela Silva Soares Lino | Antioxidant capacity | Portugal |
176 | ROLANDO HERNANDEZ-MUÑOZ | Apoptosis | Mexico |
177 | Ranjan Bhadra | ||
178 | Andre Luis Souza dos Santos | Biochemistry | Brazil |
179 | V.S. Chauhan | Biomaterials | India |
180 | Rentala Madhubala | Antimicrobial & drug resistance | India |
181 | Richard O Jenkins | UK | |
182 | Muhammad Fareed K. Suri | ||
183 | Shailesh Puntambekar | India | |
184 | Yoshio Araki | Japan | |
185 | Nafisur Rahman | India | |
186 | For-Wey Lung | ||
187 | R. N. El-Shaheny | Egypt | |
188 | Pathik S Brahmkshatriya | India | |
189 | Haiying Yu | USA | |
190 | Mark A. Smith | USA | |
191 | Noah Isakov | Israel | |
192 | Inas Zakaria A M Abdel-Aziz | Clinical laboratory science | Egypt |
193 | James M. Mountz | Nuclear medicine & radiology | USA |
194 | Mayank Gangwar | Animal models | India |
195 | Reza Shirkohi | ||
196 | Saied Zakerbostan | ||
197 | Jong Sup Park | Korea | |
198 | Jasper Karel Verguts | Endoscopic surgery | Belgium |
199 | Ie Ming Shih | USA | |
200 | Jeffrey D. Seidman | USA | |
201 | Daniel Michael Sciubba | ||
202 | Hristo Miladinov Najdenski | Animal models | Bulgaria |
203 | Magdalena Bielska-Lasota | Epidemiology | |
204 | Stefan Bereswill | Animal models | |
205 | Naveed Ahmed Khan | Bacterial and HIV infection | UK |
206 | Ahmad Mahmoud Al-Majali | Jordan | |
207 | Kuan-Gen Huang | Cancer therapy | |
208 | Madhur K. Garg | Antioxidant capacity | USA |
209 | Claudia Elisabeht Balague | Antimicrobial & drug resistance | Argentina |
210 | Xie Xing | Cancer markers | China |
211 | Tetsuya Mizutani | Japan | |
212 | Yair Erez | Embryo development | Israel |
213 | Luciano Serpa Hammes | Cervical Cancer Screening | Brazil |
214 | Aruna Mittal | India | |
215 | Hoorieh Soleimanjahi | Iran | |
216 | Sergey N.Rumyantsev | Corneal disease | |
217 | Heather JL Brooks | Bioactive compounds | |
218 | Irwin Fridovich | ||
219 | Giuseppina Barrera | ||
220 | Richard Naftalin | ||
221 | Stephan Baldus | Atherosclerosis | |
222 | K. Sandeep Prabhu | ||
223 | ML. Fang | ||
224 | Young-Joon SURH | Korea | |
225 | Felix Dias Carvalho | Free radicals & antioxidants | |
226 | Elena Tamagno | Free radicals & antioxidants | Italy |
227 | Tsong-Long Hwang | Alternative medicine | |
228 | Kejing Chen | Antioxidant capacity | |
229 | Yau-Huei Wei | ||
230 | Harri Hemila | Finland | |
231 | Andrea Mario Pompeo Romani | Animal models | |
232 | Sushil Jain | ||
233 | Jing Fang | ||
234 | J. London | Eye and systemic diseases | France |
235 | Jackob Moskovitz | Antioxidant capacity | USA |
236 | Sikta Swarnakar | Antioxidant capacity | |
237 | Jinah Choi | Free radicals & antioxidants | |
238 | Padma Shastry | ||
239 | Lu Cai | Canada | |
240 | Ciro Isidoro | Apoptosis | |
241 | Ki-Sun Kwon | Apoptosis | |
242 | Jack Van Horssen | Chronic Inflamation | Netherlands |
243 | Tang Hua | Atherosclerosis | |
244 | G.P. Pessina | Antioxidant capacity | |
245 | Jaw-Wen Chen | Cardiology | |
246 | Ludmil Benov | ||
247 | Naoki Fujita | Cancer biology | Japan |
248 | Mousa Alkhalaf | Anticancer drug | France |
249 | Keping Xie | USA | |
250 | Yingru Liu | Autoimmune diseases | USA |
251 | Heike Weber | ||
252 | Thierry Douki | Cancer markers | France |
253 | Elaine Hatanaka | Brazil | |
254 | Anatoly Vanin | ||
255 | Charles Ramassamy | ||
256 | Wei Li | Apoptosis | Switzerland |
257 | Beatriz H. Duvilanski | Apoptosis | |
258 | Jasminka Pavelic | ||
259 | Christian Marth | Italy | |
260 | Haruki Kitazawa | Functional foods | Japan |
261 | J.S. Virdi | Infectious diseases | India |
262 | Nima Rezaei | ||
263 | Jaroslaw Jozwiak | ||
264 | Serhan Sakarya | Bacterial and HIV infection | Turkey |
265 | Maria Jose S. M. Giannini | ||
266 | Jane Blood-Siegfried | USA | |
267 | Pablo Virtor Yagupsky | Argentina | |
268 | Chen-Guo Ker | ||
269 | J. Fernando Fierro | ||
270 | Sung-Jo Kim | Korea | |
271 | Mridula Bose | Antimicrobial & drug resistance | India |
272 | Jeon-Soo Shin | Korea | |
273 | Laila Nimri | Clinical microbiology | |
274 | Diane Ordway | Bacterial and HIV infection | |
275 | D. Nageswara Rao | Allergy | India |
276 | Nadezda Fedotcheva | ||
277 | Dominique Dunon | Cell adhesion | |
278 | Mu-Rong Chao | Analytical chemistry | |
279 | Lucimar Milagres | Bacterial and HIV infection | Brazil |
280 | Helen D. Skaltsa | ||
281 | Dagmar Beinenz Byrd | Animal models | |
282 | Ahmed Kassab | ||
283 | Yuzuru Niibe | Japan | |
284 | Reuven Reich | Anticancer drug | Israel |
285 | Leif Percival Andersen | Gastrointestinal infections | |
286 | Marie-Veronique Clement-Pervaiz | Singapore | |
287 | Lidia Maria Pepe de Moraes | Brazil | |
288 | Xiao Zha | Anticancer drug | China |
289 | Katsuyuki Hamada | Japan | |
290 | Antonio E. Pérez Rodríguez | Hospital infections | Cuba |
291 | Hong-Gyun Wu | Cancer biology | Korea |
292 | Abram Maja | Animal | Croatia |
293 | Arthur Ouwehand | Switzerland | |
294 | Jesse Hostetter | Gastrointestinal infections | |
295 | Gue-Tae Chae | Korea | |
296 | Jolanta Kupryjanczyk | Gynecologic oncology | Poland |
297 | Carlo De Giuli Morghen | Arbovirology | Italy |
298 | Kari Syrjänen | Finland | |
299 | Kuan-Chih Chow | ||
300 | Pao-Lin Kuo | ||
301 | Sharon O’Toole | ||
302 | Zoltan Vajo | Avian Influenza Virus-AIV (Bird Flu) | Hungary |
303 | Chamsai Pientong | Thailand | |
304 | Yinhua Yu | China | |
305 | Carmen Balaña Quintero | Catalunya | |
306 | Cheng-Jeng Tai | ||
307 | Berna Haliloglu | Turkey | |
308 | Rebecca Baergen | USA | |
309 | Mustafa Ozguroglu | Turkey | |
310 | Patricia A. Kruk | Apoptosis | USA |
311 | Peter Alexander Argenta | Anticancer drug | USA |
312 | Evgeny Yakirevich | Cancer biology | Israel |
313 | Lukasz Wicherek | Clinical immunology | Poland |
314 | Öner Özdemir | Allergy | USA |
315 | Chi-Heum Cho | Apoptosis | Korea |
316 | Paul James Hoskins | Anticancer drug | Canada |
317 | Maria Rosaria Raspollini | Italy | |
318 | Katerina Papakonstantinou | Gynecologic oncology | Greece |
319 | Agnaldo L. Silva Filho | ||
320 | Adhemar Longatto-Filho | Angiogenesis | Portugal |
321 | Yong Sang Song | Anticancer drug | Korea |
322 | Yuzhuo Wang | ||
323 | Mehmet Coskun Salman | Cancer therapy | Turkey |
324 | Amilcar Celta Falcao | Animal models | Portugal |
325 | Hermann Brustmann | Cancer markers | |
326 | Charalampos G. Andreadis | ||
327 | George D. Everett | ||
328 | Chinmay Kumar Panda | Apoptosis | India |
329 | Bulent Mutus | Canada | |
330 | Hara Prasad Misra/Zhenquan Jia | Antioxidant capacity | India |
331 | Usha Ponnappan | Cellular senescence | USA |
332 | Young-Mee Park | ||
333 | Julia Bar | ||
334 | Ching-Cherng Tzeng | ||
335 | Lucas Liaudet | ||
336 | Rosa Angela Canuto | Anticancer drug | Italy |
337 | Christel Herold-Mende | Angiogenesis | Germany |
338 | Shama Ahmad | Environmental medicine | USA |
339 | Nader G. Abraham | USA | |
340 | Chandra Srinivasan | Aging | USA |
341 | Gokhan Pekindil | Turkey | |
342 | Eric Viscogliosi | Evolutionary biology | France |
343 | Andres A. Caro | Antioxidant capacity | USA |
344 | Pedro Cabrales | ||
345 | Sung Soo Kim | Korea | |
346 | K. Madhavan Nair | Antioxidant supplementation | India |
347 | Zheng Feng | Anesthesia & pain | China |
348 | Mussa Youdim | Israel | |
349 | Ruth Rosenstein | Eye and systemic diseases | Argentina |
350 | Juan Sastre | ||
351 | Thomas Shea | ||
352 | Wataru Aoi | Aging | Japan |
353 | Silvia Alvarez | Antioxidant supplementation | Argentina |
354 | Izildinha Maesta | ||
355 | Stefania Pizzimenti | ||
356 | Francisco Laurindo | ||
357 | Jie Liu | Cancer markers | |
358 | Satoshi Kokura | Anticancer drug | Japan |
359 | Zoltan Rakonczay | Animal models | Hungary |
360 | Chrisoula D. Scopa | Cancer markers | |
361 | S. Adhikari | Antioxidant capacity | |
362 | Raymond Cheung | Clinical neurophysiology | |
363 | Giuseppe Valacchi | Italy | |
364 | Kazuma Fujimoto | Japan | |
365 | Akiko Kojima-Yuasa | Angiogenesis | Japan |
366 | Mauco G. | Animal models | |
367 | Shivakumar.K. | Apoptosis | India |
368 | Rui-Ming Liu | Aging | China |
369 | Rong-Nan Huang | Biomaterials | |
370 | Phuong-Chi Pham | USA | |
371 | Lazaro Gotloib | ||
372 | Rich Franklin | Cancer biology | USA |
373 | Amie Dirks Naylor | Aging | |
374 | Hsiu-Chuan Yen | Anticancer drug | |
375 | Ashok K.Srivastava | ||
376 | Piche Alain | Apoptosis | |
377 | Mustapha Benboubetra | Aerosol | Algeria |
378 | Young-Myeong Kim | Apoptosis | Korea |
379 | Amy Lin | ||
380 | Anna Maria Bassi | Antioxidant capacity | |
381 | Perrey Stephane | ||
382 | Hanns-Christian Gunga | Germany | |
383 | Gregory Reychler | Aerosol | Belgian |
384 | Ruzena Tkacova | Slovakia | |
385 | Fulvio Braido | Allergy | |
386 | YuLong Li | Cardiovascular diseases | China |
387 | Nir Peled | Anticancer drug | Israeli |
388 | Guillermo Saez | Spain | |
389 | Nikos Siafakas | Athens | |
390 | Rodrigo Iturriaga | Biomedical analysis | Chile |
391 | Ferenc Petak | Hungary | |
392 | Mauro Maniscalco | Aerosol | |
393 | Fei Xu | Diabetes mellitus | China |
394 | Henri Colt | USA and France | |
395 | Oguz Karabay | ||
396 | Chong-Jen Yu | ||
397 | Randeep Guleria | India | |
398 | Ania Dubanieiwcz | ||
399 | Ahmed BaHammam | Soudi Arabia | |
400 | Xiao Yang | China | |
401 | Hiroshi Kanazawa | ||
402 | Han-Pin Kuo | ||
403 | Rita Anzalone | Italy | |
404 | Francesco Cappello | Apoptosis | |
405 | Alexey Polonikov | Ecology | Russia |
406 | Jeng-Shing Wang | Anticancer drug | |
407 | Philipp Stieger | Angiogenesis | Germany |
408 | Charles J. Hou | Cardiology | |
409 | Olen R. Brown | Antimicrobial & drug resistance | |
410 | Carlo Ori | Anaesthesia | |
411 | Low-Tone Ho | Aging | |
412 | Anil Kumar | Chandigarh | |
413 | Badreldin Ali | ||
414 | Tesfaldet Tecle | USA and France | |
415 | Orawan Wongmekiat | Animal models | Thailand |
416 | Vahide Savci | Turkey | |
417 | Cimen Karasu | Animal models | Turkey |
418 | Ehab S. Eldesoky | Antimicrobial & drug resistance | |
419 | Hasmet A. Hanagasi | Turkey | |
420 | Omer Alamoudi | Aerosol | |
421 | Yusuf Ergün | Free radicals & antioxidants | Turkey |
422 | Elif Yilmaz | ||
423 | Tsogyal Latshang | ||
424 | C.L. Wu | Clinical microbiology | |
425 | Soni Savai Pullamsetti | Angiogenesis | |
426 | Antonio Carlos Oliveira | Anaesthesia | |
427 | Mahaboob Khan Rasool | Malaysia | |
428 | Dan Grisaru | Anticancer drug | Israel |
429 | Gamal Rabie | Allergy | |
430 | Christian Huck | Analytical chemistry | |
431 | Nini Skovgaard | ||
432 | Snehasikta Swarnakar | ||
433 | Smita karpate | Anticancer drug | |
434 | Hassan M. Mousa | Antioxidant capacity | Saudi Arabia |
435 | Ibrahim Belal | Aging | |
436 | Avi Weinbroum | Anaesthesia | Israel |
437 | Aristidis M Tsatsakis | Analytical chemistry | Greece |
438 | Peeyush Bhargava | USA | |
439 | Elena Svirshchevskaya | Allergic biochemistry | Russia |
440 | Melita Salkovic-Petrisic | Animal models | |
441 | Dong Qun | China | |
442 | Randa Amin | ||
443 | Charles Young | USA | |
444 | Salman Azhar | ||
445 | Itamar Barash | Cancer biology | |
446 | Po Sing Leung | China | |
447 | Jianyu Rao | Cancer markers | USA |
448 | Walter Colli | Biochemistry | |
449 | Bronwen Kelly | Behavioral neuroscience | |
450 | Philip Foulis | USA | |
451 | B. C. Behera | Antioxidant capacity | India |
452 | Lee-Chuan Caroline | Antioxidant capacity | |
453 | Dorota Darmochwal-Kolarz | Poland | |
454 | Xu Dong Zhang | Australia | |
455 | Laszlo Szekely | Sweden | |
456 | Lirim Shemshedini | Andrology | |
457 | Rossen M. Donev | Cancer biology | |
458 | Liwu Li | ||
459 | Ricardo Perez | ||
460 | Song-Yu Yang | ||
461 | Abdelilah Soussi Gounni | ||
462 | Yanfen Hu | ||
463 | Ratna K Vadlamudi | Breast Cancer | |
464 | Rajendranath Ramasawmy | Clinical immunology | |
465 | Dan Mitchell | Auto antibodies | |
466 | Tamas Patko | ||
467 | Nicole zur Nieden | ||
468 | David Otaegui Bichot | Autoimmune diseases | |
469 | Jose A Cabrera-Gomez | ||
470 | Vecsei Laszlo | ||
471 | Patrizia Filetici | ||
472 | Martin Backor | ||
473 | Zvi Naor | ||
474 | Fawzi Aoudjit | Apoptosis | |
475 | Smiljana Ristic | DNA detection | |
476 | Ioannis K. Zarkadis | ||
477 | Hari S Misra | Antioxidant capacity | |
478 | Beate Rassler | Animal models | |
479 | Dong Moon Shin | ||
480 | Fredrick B. Hagemeister | Hodgkins disease | |
481 | Nie Pin | China | |
482 | Ephraim P. Hochberg | Hematology | USA |
483 | Filippo Montemurro | Italy | |
484 | António M. F. Araújo | ||
485 | Antonio Giordano | ||
486 | Marwan Refaat | Cardiology | |
487 | Catherine Abrial | Breast Cancer | |
488 | Zeev Blumenfeld | Romania | |
489 | Wei-Xing Zong | ||
490 | Riccardo A. Audisio | ||
491 | Thomas J. George, Jr. | Anticancer drug | USA |
492 | Gil Lugassy | Israel | |
493 | Michael Gibson | Cancer biology | |
494 | Peter T. Silberstein | Cancer therapy | USA |
495 | Eric T. Wong | Cancer biology | USA |
496 | Abhay Nene | India | |
497 | Scott A. LeMaire | Cardiac Surgery | USA |
498 | Donald Dishman | USA | |
499 | Mark Morasch | Aortic Aneurysms | USA |
500 | Hassan Serhan | Biomaterials | |
501 | Gianluca Vadala | Biomaterials | Italy |
502 | Bernhard J. Schaller | Biochemistry | |
503 | Peter G. Whang | Bone synthesis, implant, osteointegration | |
504 | William Lavelle | ||
505 | Spiros Pneumaticos | Greece | |
506 | Daniel K. Resnick | ||
507 | Eldo E. Frezza | Animal models | Italy |
508 | Mark Morrey | Bone synthesis, implant, osteointegration | |
509 | Boyle Cheng | Aging | USA |
510 | Richard D. Guyer | USA | |
511 | Daniel M. Herron | ||
512 | Juan A. Rosado | Calcium signalling | |
513 | Torben Osterlund | Biochemistry | |
514 | Andrea Becchetti | Cell adhesion | Italy |
515 | Gopal C. Kundu | India | |
516 | Raul Mendez | ||
517 | Peter Storz | ||
518 | Andrea C. Rinaldi | Antimicrobial & drug resistance | Italy |
519 | Philippe Boucher | Atherosclerosis | France |
520 | Caudio Hetz | Chile | |
521 | Hernán Trimarchi | ||
522 | Rahul M. Jindal | USA | |
523 | Hussein Sheashaa | Immunology | Egypt |
524 | Akihiko Kato | Critical care medicine | Japan |
525 | Roger Jelliffe | ||
526 | Marc Weinberg | ||
527 | Der-Cherng Tarng | Cardiovascular diseases | |
528 | Giovanni Aliotta | ||
529 | Hale Maral Kır | Alkaptonuria | |
530 | Wang Yue | Cardiovascular diseases | |
531 | Alexander S. Goldfarb-Rumyantzev | Clinical epidemiology | USA |
532 | Moly Peppa | Adrenal diseases | |
533 | Dimitrios Karakitsos | Anesthesiology | |
534 | Andreas Skolarikos | Andrology | |
535 | Ayşe Öner | ||
536 | Andrzej Breborowicz | Poland | |
537 | Susanne Nicholas | ||
538 | Jesus Mosquera | ||
539 | Mobin Mohteshamzadeh | ||
540 | Russ Randall | ||
541 | Ikuo Morita | Atherosclerosis | |
542 | Jong-Shyan Wang | ||
543 | Roberto Pedrinelli | Atherosclerosis | |
544 | Shiladitya Sengupta | Angiogenesis | |
545 | Julie Andersen | Aging | |
546 | Meenakshi Mehan | Antioxidant supplementation | |
547 | Sylvain Chemtob | ||
548 | M. Kayser | ||
549 | Lukshmy Menik Hettihewa | ||
550 | Juan Carlos Kaski | Atherosclerosis | |
551 | Koji Hasegawa | ||
552 | Luis M. Blanco-Colio | Animal models | |
553 | Maurizio Averna | ||
554 | Dale Bredesen | ||
555 | Kenji Okumura | ||
556 | Adriano Andrade | ||
557 | Zhijun Cai | ||
558 | Paul Durrington | ||
559 | Sanjeev Chaudhary | Genetics | |
560 | Arpan Bhattacharya | Adrenal diseases | |
561 | Hari Kumar | Adrenal diseases | |
562 | Brian Reid | Cell biology | |
563 | Renu Virmani | Atherosclerosis | |
564 | Phil Cummins | Angiogenesis | |
565 | JH Bae | Atherosclerosis | |
566 | Raj Sumesh | Atherosclerosis | |
567 | Valentina Corino | ||
568 | Lestavel Sophie | ||
569 | Zhenxin Wang | ||
570 | Simmi Dube | Diabetes mellitus | |
571 | Ingemar Björkhem | ||
572 | Lening Zhang | Atherosclerosis | |
573 | Tsukasa Ohmori | Atherosclerosis | |
574 | Franco Pagani | ||
575 | Rekha Patel | Apoptosis | |
576 | Taous-Meriem Laleg | ||
577 | Bernhard Pfeifer | Biomedical engineering | |
578 | Peter Nilsson | ||
579 | Dipak Ramji | ||
580 | Patrizia Tarugi | ||
581 | Johannes Waltenberger | ||
582 | Eric Rassart | ||
583 | Yin Tintut | ||
584 | Gervois Philippe | Atherosclerosis | |
585 | Mutsuo Taiji | Behavioral neuroscience | |
586 | Yong Du | Experimental medicine | |
587 | Daryl Tan | Hematology | |
588 | Lorenzo Leggio | ||
589 | Fátima Martel | Biochemistry | |
590 | Bin Gao | Gastroenterology | |
591 | Mohandas K Mallath | Chemotherapy | |
592 | Sergey Zimatkin | Animal models | |
593 | Y. Lampl | Apoptosis | |
594 | Ping-Yen Liu | Cardiology | |
595 | Ozgur Pirgon | Endocrinology | |
596 | Ming-Hua Zheng | Epidemiology | |
597 | Hüseyin Engin | Anticancer drug | |
598 | Zhaoshen Li | Gastroenterology | |
599 | Konstantinos Tziomalos | Cardiology | |
600 | Ole Haagen Nielsen | ||
601 | Prashant Kumar | Allergy | |
602 | Gilberto Poggioli | ||
603 | Butera Gianfranco | Cardiology | |
604 | Jeane Mike Tsutsui | Cardiology | |
605 | Jenny Wilkinson | ||
606 | Jamal A. Alhashemi | Cardiology | |
607 | Yu-Jang Su | Emergency medicine | |
608 | Lin-Hsing Lin | Emergency medicine | |
609 | JOseph Lin | ||
610 | Nikolaos Tzemos | Cardiology | |
611 | Ville Kyt | Apoptosis | |
612 | Charles Melbern Wilcox | Gastroenterology | |
613 | Ming-Jui Hung | Cardiology | |
614 | Saqeb Mirza | ||
615 | Francisco Marín | Cardiology | |
616 | Diego Ardig | ||
617 | Kaizheng Gong | Cardiology | |
618 | Ediya Hassanova | Cardiology | |
619 | Shyi-Jou Chen | Animal models | |
620 | Pao-Hwa Lin | ||
621 | Han Hwa Hu | ||
622 | Josué Barahona-Garrido | Gastroenterology | |
623 | Yuh-Jer Shen | Cardiology | |
624 | Barry Palmer | Biochemistry | |
625 | George Aragon | Gastroenterology | |
626 | Giovanni Di Salvo | Cardiology | |
627 | Shaji Menon | Cardiology | |
628 | Daniel J B Marks | Gastroenterology | |
629 | Weekitt Kittisupamongkol | Autoimmune diseases | |
630 | Jack CF Chong | Cardiology | |
631 | Joanna Hlebowicz | Endocrinology | |
632 | Kwang-Hyun Baek | Cancer biology | |
633 | Jack Baker | Epidemiology | |
634 | Leonor Osório-Almeida | ||
635 | J. P. Quinn | Hematology | |
636 | Baijayantimala Mishra | ||
637 | GCF Chan | Hematology | |
638 | Chang chia-chu | Cardiovascular diseases | |
639 | David Dingli | Cancer biology | |
640 | Masanobu Kitagawa | Apoptosis | |
641 | Giovanni Corrado | Cardiology | |
642 | Endi Wang | Hematology | |
643 | José Chies | Genetics | |
644 | Jorge Gustavo Velasquez Melendez | Cardiovascular diseases | |
645 | Rohini Ghosh | ||
646 | Maria EstherEsteban Torn | Epidemiology | |
647 | Ryotaro Wake | Cardiology | |
648 | CH Liao | Endocrinology | |
649 | Ufuk Gunduz | Anticancer drug | |
650 | Wei H.Chen | ||
651 | Luca Testa | Apoptosis | |
652 | Kurpisz Maciej | Apoptosis | |
653 | Takuya Watanabe | Cardiology | |
654 | Lílian Rocha | Bacterial and HIV infection | |
655 | Emmanouil N Karatzis | Cardiology | |
656 | William M. Manger | Hypertension | |
657 | Chii-Min Hwu | Diabetes mellitus | |
658 | Stefano Perlini | Cardiology | |
659 | Mauro Rubini | Epidemiology | |
660 | Kenneth Wong | Anticancer drug | |
661 | Dov Gavish | Hypertension | |
662 | Yun Chang | ||
663 | Bai-Lin Wu | Genetics | |
664 | Viroj Wiwanitkit | Diabetes mellitus | |
665 | M Motasaddi Zarandy | ||
666 | Ivan Lerma Carrillo | Animal models | |
667 | Francesca Forzano | Genetics | |
668 | Giuseppe Limongelli | Cardiology | |
669 | Farkhondeh Behjati | Genetics | |
670 | Arash Khojasteh | ||
671 | Madhu Khullar | Cardiovascular diseases | |
672 | Tewin Tencomnao | Biochemistry | |
673 | Chiung-Mei Chen | Genetics | |
674 | Antonio Pazin-Filho | Cardiology | |
675 | Wayne H-H Sheu | Atherosclerosis | |
676 | Yih-Ru Wu | ||
677 | Heitor Moreno | Cardiology | |
678 | Lea Davis | Genetics | |
679 | Semra Paydas | Anticancer drug | |
680 | Stephen G. Grant | Anticancer drug | |
681 | Ashwin A Patkar | Genetics | |
682 | Mehul Patel | Cardiology | |
683 | Apurv Khanna | Diabetes mellitus | |
684 | Raza Alikhan | Hematology | |
685 | Maria Rosa | Epidemiology | |
686 | Arash Yavari | Animal models | |
687 | Niraj Mahajan | Gynecologic oncology | |
688 | A. Cristina Rossi | Diabetes mellitus | |
689 | K. Pavithran | Chemotherapy | |
690 | Samir A. Farghaly | Genetics | |
691 | Marjorie Greenfield | Cervical Cancer Screening | |
692 | Nongyao Kasatpibal | Epidemiology | |
693 | Daria Gaysina | Cardiovascular diseases | |
694 | Antonio Delgado-Almeida | Cardiology | |
695 | Mohamed A. Bayorh | Cardiovascular diseases | |
696 | Br BEN TEMIME Riadh | Gynecologic oncology | |
697 | T. Lyons | ||
698 | Sangeeta Jain | ||
699 | Berit Kerner | Genetics | |
700 | Matthew B. Dobbs | Cell biology | |
701 | Carmen Dominguez Luengo | Antioxidant capacity | |
702 | Chyi-Long Lee | Gynecologic oncology | |
703 | Chih-Feng Yen | Cell biology | |
704 | Moamar Al-Jefout | ||
705 | George P. Patrinos | Genetics | |
706 | Unal Eren | ||
707 | Krishnadas Nandagopal | Biochemistry | |
708 | Wei-Tso Chia | Autoimmune diseases | |
709 | Elan Ziv | ||
710 | Ronnie Lamont | ||
711 | J. S. Thakur | ||
712 | Dong-Hee Lee | Clinical Bioethics | |
713 | Alfio Ferlito | ||
714 | Elisabetta Garavaglia | Gynecologic oncology | |
715 | Linda A. Feagins | Autoimmune diseases | |
716 | Zdenka Ulcova-Gallova | Hormones and autoimmune diseases | |
717 | Raphael Ciuman | ||
718 | Yuri Novitsky | ||
719 | Emily E. Sickbert-Bennett | Epidemiology | |
720 | Anna Lisa Nucaro | Genetics | |
721 | Salvatore Conticello | ||
722 | Emanuele Buratti | Biochemistry | |
723 | Chiu-Chung Young | Bacterial environmental stress response | |
724 | Jose M. Palomo | Applied organic chemistry | |
725 | Carlo Ticconi | Endocrinology | |
726 | Prepageran Narayanan | Allergy | |
727 | Edson I. Mitre | Allergy | |
728 | Norberto Chavarría Hernández | Antioxidant capacity | |
729 | David W Borowski | Cancer therapy | |
730 | Paulo D’Amora | Apoptosis | |
731 | Danny Chu | Anaesthesia | |
732 | Alexander Poletaev | Allergy and immunology | |
733 | Kai Griebenow | Analytical chemistry | |
734 | R. Ramhorst | ||
735 | Serdar Ozbas | Adrenal tumors | |
736 | Igor Goryanin | ||
737 | Iqbal Ahmad | Antimicrobial & drug resistance | |
738 | Hisamitsu Zaha | Breast Cancer | |
739 | Justin C. Biffinger | ||
740 | Mariusz Kusztal | ||
741 | Prahlad Duggal | ||
742 | Imtiyaz Murtaza | ||
743 | Antonio Trincone | Bioscience and Biotechnology | |
744 | John P. Moore | Antioxidant capacity | |
745 | Chuanliang Feng | Biomaterials | |
746 | Raquel Lima-Miranda | Biochemistry | |
747 | Divya Vohora | ||
748 | Huleihel Mahmoud | ||
749 | Elijah Dixon | Clinical epidemiology | |
750 | Anil Agarwal | ||
751 | L. P. J. London | Adrenal diseases | |
752 | Mohammad Allahtavakoli | Free radicals & antioxidants | |
753 | Mohamed Enan | DNA damage & repair | |
754 | U. Kölsch | Allergic biochemistry | |
755 | M. Radenkovic | ||
756 | Rajesh Gupta | Cancer biology | |
757 | Jens Werner | ||
758 | A. Moratinos | Aging | |
759 | Bryan Richmond | ||
760 | Edward L. Bradley III | ||
761 | Premila Abraham | Animal models | |
762 | Günalp Uzun | ||
763 | Ming Cheng Tsai | ||
764 | Yuji Mano | Bioavailability | |
765 | Kiran Dip Gill | Bioactive compounds | |
766 | Sivakumar Gowder | Behavioral neuroscience | |
767 | John Strauss | Alternative medicine | |
768 | Haidong Tan | Bioinformatics applied to medicine | |
769 | Hock Hin | Biochemistry | |
770 | Young Ku | Bioactive compounds | |
771 | D. D. Fan | Biomaterials | |
772 | Boutros Fouad Sarrouh | Biochemistry | |
773 | C. S. Hwu | Bioscience and Biotechnology | |
774 | Yu-Long He | ||
775 | Inger-Lise Steffensen | Apoptosis | |
776 | Phil Hardwidge | Bacterial and HIV infection | |
777 | Lucia Baldi | Antibody engineering | |
778 | Luis E. Iglesias | Applied organic chemistry | |
779 | Beatriz M. Brena | ||
780 | Karen Böhme | Biomaterials | |
781 | Chuanling Qiao | ||
782 | Qayyum Husain | Antibody engineering | |
783 | Baofeng Yang | ||
784 | Suresh Rao | ||
785 | Hyun Jeong Kim | ||
786 | Asmita Prabhune | ||
787 | Evgeny F. Chmutin | Antibody engineering | |
788 | Jianhui Liu | ||
789 | Hiroki | ||
790 | Mária Ďurišová | ||
791 | Hee Dong Chae | ||
792 | Wei-Hua Yan | Cancer biology | |
793 | Nicolás Padilla-Raygoza | ||
794 | PE Cattan | Ecology | |
795 | Masataka Korenaga | ||
796 | Alfredo Ernesto Romero Rojas | ||
797 | Hubert Darius J. Daniel | DNA methylation | |
798 | Jose Antonio Pariente | Apoptosis | |
799 | H.Hadi Nedoushan | Allergy and immunology | |
800 | Ioannis Kanellos | ||
801 | Yoshihiro Moriwaki | ||
802 | Pablo Daniel Ghiringhelli | Bioinformatics applied to medicine | |
803 | Charles Tan | ||
804 | Amalia Peix | Cardiology | |
805 | Xueying Sun | Allergy and asthma | |
806 | Girgoris Chatzimavroudis | Endoscopic surgery | |
807 | Nesrin Reis | Cervical Cancer Screening | |
808 | Mark Seamon | Critical care medicine | |
809 | Maged El-Setouhy | Bacterial and HIV infection | |
810 | Nobumi Tagaya | Adrenal diseases | |
811 | Javed Yakoob | Gastroenterology | |
812 | Laurent Riou | Animal models | |
813 | Konradin Metze | Angiogenesis | |
814 | Tadahiko Shien | Breast Cancer | |
815 | Alex Owusu-Ofori | Clinical laboratory science | |
816 | Arbind Acharya | Allergy and immunology | |
817 | Varut Lohsiriwat | ||
818 | Yong Sang Lee | Adrenal tumors | |
819 | Chaeyoung Lee | Epidemiology | |
820 | Pascual Medina | Cardiology | |
821 | Susan Shawcross | Bacterial environmental stress response | |
822 | Daniel Athanazio | Animal models | |
823 | Marcelo Alves Pinto | Allergic biochemistry | |
824 | Haridimos Markogiannakis | Adrenal diseases | |
825 | Seeta Laxman | Bioscience and Biotechnology | |
826 | Jianan Zhang | Bioscience and Biotechnology | |
827 | Romeo Soler | Diabetes mellitus | |
828 | Adhish Basu | ||
829 | Michael Fröhner | Chemotherapy | |
830 | Chen-Chang Yang | Alternative medicine | |
831 | Richard Njouom | ||
832 | Rainer Mittermayr | Angiogenesis | |
833 | John Walker | Antimicrobial & drug resistance | |
834 | R. Meenakshi | Cervical Cancer Screening | |
835 | Maria Koliou | Infectious diseases | |
836 | Vijay Ramachandran | Cancer markers | |
837 | L. Leontides | Epidemiology | |
838 | Nihal Thomas | Adrenal diseases | |
839 | Marcus Quek | ||
840 | Dimitris Placantonakis | Gene therapy | |
841 | Tinghe Yu | Anticancer drug | |
842 | Leonardo Oliveira Reis | Adrenal diseases | |
843 | Yuliang Liu | Apoptosis | |
844 | Gianpiero Gravante | ||
845 | Hossein Hosseinkhani | Alternative medicine | |
846 | Ana I. Morales | ||
847 | Asok Mukhopadhyay | Cell and tissue research | |
848 | Ali Dogan Bozdag | ||
849 | Srinivas Nammi | Alternative medicine | |
850 | Yamasaki Hiroshi | ||
851 | Dawit Albieiro Pinheiro Goncalves | ||
852 | Ki-Chul Hwang | Calcium signalling | |
853 | Judith A Hoyland | Biomaterials | |
854 | Jorge E. Zavala Castro | Animal models | |
855 | Gawrie Hapugalle | Antimicrobial & drug resistance | |
856 | Sanja Vujisic | Andrology | |
857 | Dave Greenwald | ||
858 | Koutarou Maeda | Cancer therapy | |
859 | Neeloo Singh | Antimicrobial & drug resistance | |
860 | Gianandrea Pasquinelli | Angiogenesis | |
861 | Bernd Schmitz-Drager | ||
862 | Boriana Jahns | ||
863 | Lihua Song | Antimicrobial & drug resistance | |
864 | Guangxing Li | Animal models | |
865 | M.F. Bijlsma | Cancer biology | |
866 | Dra Mariângela Ribeiro Resende | Bacterial and HIV infection | |
867 | Jinyong Peng | Analytical chemistry | |
868 | Adil Allahverdiyev | Anticancer drug | |
869 | Zarrin Eshaghi | ||
870 | Reinhilde Schoonjans | Antibody engineering | |
871 | Hongchang Gao | Analytical chemistry | |
872 | Shah-Hwa Chou | Dysphagia (swallowing disorders) | |
873 | Fabiola Manhas Verbi Pereira | Analytical chemistry | |
874 | Hans-Rudolf Tinneberg | Endocrinology | |
875 | Xianliang Li | Clinical immunology | |
876 | Jaishree Raman | Antimicrobial & drug resistance | |
877 | A. M. Abd El-Aty | Analytical chemistry | |
878 | Tadeusz Michalowski | Analytical chemistry | |
879 | Peng Zhou | Bioinformatics applied to medicine | |
880 | Hongzong Si | Epidemiology | |
881 | Xiaojun Yao | Bioinformatics applied to medicine | |
882 | Kazuko Masuo | Cardiovascular diseases | |
883 | Salma Afifi | Clinical epidemiology | |
884 | Haishan Deng | Analytical chemistry | |
885 | Pradeep Puthenveetil | Adrenal tumors | |
886 | Xuanhong Cheng | Biomaterials | |
887 | Goulnar Kasymjanova | Cancer therapy | |
888 | YC Wong | Analytical chemistry | |
889 | Emirhan Nemutlu | Analytical chemistry | |
890 | Demetrius G. Themelis | Analytical chemistry | |
891 | Hassan Ali Zamani | Analytical chemistry | |
892 | Sotiris Sotiropoulos | Analytical chemistry | |
893 | Jae-Han Shim | Analytical chemistry | |
894 | Philippe Rondeau | Antioxidant capacity | |
895 | Johnson Su | Analytical chemistry | |
896 | Christos Georgiou | DNA detection | |
897 | Genxi Li | Analytical chemistry | |
898 | Rawil Fakhrullin | Biomaterials | |
899 | Beppe Piccinni | Endoscopic surgery | |
900 | Marco Antonio Becerril Flores | Acarology | |
901 | Maria de los Angeles Chavez | Biochemistry | |
902 | Ankit Shrivastav | Diabetes mellitus | |
903 | Jalal Mardaneh | Antimicrobial & drug resistance | |
904 | Moritz Wente | ||
905 | Paris Tzanavaras | Analytical chemistry | |
906 | G. S. Nyanhongo | Antioxidant capacity | |
907 | Yusuf Dilgin | Analytical chemistry | |
908 | Theodoros Kelesidis | Bacterial and HIV infection | |
909 | Ibrahim Badr | ||
910 | Alfons Lawen | Apoptosis | |
911 | Ingeborg Zehbe | ||
912 | Oxana Dobrovinskaya | Apoptosis | |
913 | Ruben Lopez-Revilla | Cervical Cancer Screening | |
914 | Rainer Barbieri | ||
915 | Yuqing Miao | Biosensors | |
916 | Jen-Ai Lee | Analytical chemistry | |
917 | Karen Goraieb | Aerosol | |
918 | Rikard Landberg | Bioactive compounds | |
919 | Herbert Gong | Animal models | |
920 | Dipak Dube | Biochemistry | |
921 | ZhX Yao | Embryo development | |
922 | Ajit Sadana | Bioscience and Biotechnology | |
923 | GM Lavranos | Andrology | |
924 | Ryan Sowell | Cytokines Transcription factors | |
925 | Qiliang Deng | Analytical chemistry | |
926 | W. S. Aronow | Cardiovascular diseases | |
927 | Joao Paulo Mardegan Issa | Animal models | |
928 | Shireen Hafez | Angiogenesis | |
929 | Giuseppe Scardina | Angiogenesis | |
930 | Marcin Arciszewski | Gastroenterology | |
931 | Viktor Viglasky | Biochemistry | |
932 | Nicolin Vanessa | Anticancer drug | |
933 | Tomasz Stankiewicz | Antioxidant capacity | |
934 | George Yip | Cancer biology | |
935 | Qiang Wang | Clinical oncology | |
936 | William Perez | ||
937 | Nasser Said-Al-Naief | Autoimmune diseases | |
938 | Murta Eddie | Breast Cancer | |
939 | Antonio Luis Pereira do Amaral | Computer imaging | |
940 | Paul Riley | Angiogenesis | |
941 | Mark Slevin | Angiogenesis | |
942 | Tai-jun Hang | Analytical chemistry | |
943 | Kenneth Yu | Emergency medicine | |
944 | Jeffrey Freeman | Allergy and asthma | |
945 | Shyr-Chyr Chen | Critical care medicine | |
946 | Shengxi Wu | ||
947 | Yasutomo Nomura | Biomedical analysis | |
948 | Alfredo Vittoria | Cell and tissue research | |
949 | Li-chien Chien | Emergency medicine | |
950 | Panagiotis Georgoulias | Cardiovascular diseases | |
951 | Betania Drumond | Cell cycle & growth control | |
952 | Seppan Prakash | Andrology | |
953 | Sadiye Kum | Cytology and histology | |
954 | Fuat Dede | ||
955 | Giuseppe Camporese | Atherosclerosis | |
956 | Gayle Woloschak | Aging | |
957 | Chien-Feng Li | Cancer biology | |
958 | Maciej Janeczek | Animal models | |
959 | Fatih Tanryverdi | Endocrinology | |
960 | Haruhiro Muratsubaki | Analytical chemistry | |
961 | Douglas Iddings | Adrenal tumors | |
962 | Isabel Acedo Valenzuela | Analytical chemistry | |
963 | Renato Torresan | Breast Cancer | |
964 | Yueh-Feng Tsai | ||
965 | Alison Laidley | Breast Cancer | |
966 | Jin-Yeong Han | Hematology | |
967 | Udo S. Gaipl | Animal models | |
968 | Muhammad Hena | ||
969 | Patrick Provost | ||
970 | Jörg Busch | Antioxidant supplementation | |
971 | Catherine Lee | Breast Cancer | |
972 | Tetsuro Sasada | Immunotherapy | |
973 | Olga Malylsheva | ||
974 | Jaw-Yuan Wang | Cancer markers | |
975 | Christopher Rao | Cardiac Surgery | |
976 | Cem Dane | Gynecologic oncology | |
977 | Victor Dayan | Aortic Aneurysms | |
978 | Kumaran Narayanan | ||
979 | Eva Lieto | ||
980 | Ravi Gutti | Apoptosis | |
981 | Ichiro Akagi | Gastroenterology | |
982 | Tunc Ones | ||
983 | Han-Shui Hsu | Critical care medicine | |
984 | Ilias Kouerinis | Cardiac Surgery | |
985 | Carlo Nicola De Cecco | Computer imaging | |
986 | Ana Maria Waaga-Gasser | Cancer markers | |
987 | Erik Suuronen | Angiogenesis | |
988 | Koray Ak | Cardiac Surgery | |
989 | Minxin Wei | Cardiac Surgery | |
990 | Clifford L. Cua | Cardiology | |
991 | Marie Steiner | Antiphospholipid syndrome | |
992 | Jiin-Tsuey Cheng | ||
993 | Yunlan Su | Biomaterials | |
994 | Mapia Tsironi | Allergy | |
995 | Yves Durandy | Cardiac Surgery | |
996 | Lei Ye | Angiogenesis | |
997 | Albert O-Yurvati | Cardiac Surgery | |
998 | Amatre Gerald | Cell biology | |
999 | Xiao Ding | Genetics | |
1000 | Brett Green | Aerosol | |
1001 | Pawan Kumar | Cardiac Surgery | |
1002 | Basu Pandey | Arbovirology | |
1003 | Evaldas Girdauskas | Aortic Aneurysms | |
1004 | Daniel Dory | Animal models | |
1005 | Ming-Jen Lee | Genomics – Medical genomics | |
1006 | Marcelo Franco | Apoptosis | |
1007 | Francisco J Saéz Crespo | Cell and tissue research | |
1008 | Saleh Abbas | Cancer biology | |
1009 | Aly Ayyildiz | Adrenal tumors | |
1010 | Viviana Castilla | ||
1011 | Michael Ohene-Yeboah | Breast Cancer | |
1012 | Csontos Csaba | Anaesthesia | |
1013 | Simona Zerbi | ||
1014 | Wong Kutt Sing | ||
1015 | Eiichi N. Kodama | Bacterial and HIV infection | |
1016 | Jean-Luc Voisin | Ecology | |
1017 | Roy Chen | Cancer therapy | |
1018 | Oguzhan Sunamak | Endoscopic surgery | |
1019 | Dianella Savoia | Antimicrobial & drug resistance | |
1020 | Ferdinand Serracino-Inglott | Aortic Aneurysms | |
1021 | K. Nader | Imaging | |
1022 | Sezgin Yılmaz | Antioxidant capacity | |
1023 | Shah Alam Khan | ||
1024 | Robert Lewis Powell Flower | Hematology | |
1025 | Kaan Kirali | Cardiac Surgery | |
1026 | Naglaa El-Lakkany | Bioavailability | |
1027 | Hedef Özgün | Breast Cancer | |
1028 | Nevin Sanlier | Diabetes mellitus | |
1029 | Eva M. Alvarez Moya | ||
1030 | Sayed Seif El-Din | Antioxidant capacity | |
1031 | Maria de Lurdes Ribeiro Pinto | Angiogenesis | |
1032 | Dalokay Kilic | Endoscopic surgery | |
1033 | Eduardo Iglesias Gutierrez | ||
1034 | Guanglin Cui | Cancer biology | |
1035 | Michael Peikert | Emergency medicine | |
1036 | Pavol Zubor | Breast Cancer | |
1037 | Renata Cserjesi | Behavioral neuroscience | |
1038 | Jorge Humberto Gomes Leitao | Bacterial environmental stress response | |
1039 | Milen Georgiev | ||
1040 | Liang He | Analytical chemistry | |
1041 | Khalilur Rahman | Clinical neurophysiology | |
1042 | Michael Williams | Emergency medicine | |
1043 | Guang-Rong Zhao | Anticancer drug | |
1044 | Rathinam Raja | Anticancer drug | |
1045 | John Kilbane | Bioscience and Biotechnology | |
1046 | Jose Alberto Narvaez Zapata | Extremophilic microbiology | |
1047 | Baki Hazer | Biomaterials | |
1048 | Yongxiao Bai | Antimicrobial & drug resistance | |
1049 | Haijin Mou | Bioactive compounds | |
1050 | Naveed Khan | Cell adhesion | |
1051 | Kesheng Dai | Cardiovascular physiology | |
1052 | Ron June | Biomaterials | |
1053 | Marcia Cabrera | Antimicrobial and anticancer peptides | |
1054 | Gaetano Magro | Breast Cancer | |
1055 | Bashir Matata | Cardiovascular diseases | |
1056 | Neslihan Toyran | Biophysics | |
1057 | Heloisa Sobreiro Selistre de Araújo | Angiogenesis | |
1058 | Romi Ghose | Hepatology | |
1059 | Bharath Vishwanathan | Cancer biology | |
1060 | Zheng-Guo He | DNA-Replication | |
1061 | Laura Schreier | ||
1062 | Belma Turan | Antioxidant supplementation | |
1063 | Yeong Rhee | Diabetes mellitus | |
1064 | Silvia Lores Arnaiz | Free radicals & antioxidants | |
1065 | Eduardo Rodriguez | Bioactive compounds | |
1066 | Mojgan Shaiegan | Clinical immunology | |
1067 | Lihai Zhang | Biomechanics | |
1068 | Yaling Shen | Bioactive compounds | |
1069 | Morteza Pourahmad | Bacterial and HIV infection | |
1070 | Abbas Ali Mansour | Cardiovascular diseases | |
1071 | A. K. Sinha | Bacterial and HIV infection | |
1072 | Bamidele Rabiu | Cancer therapy | |
1073 | Bo Liu | Apoptosis | |
1074 | Yan Cheng | Apoptosis | |
1075 | Nenad Lakusic | Cardiology | |
1076 | Ricardo Jorge Hernández | Clinical epidemiology | |
1077 | Alma Arce | Immunology | |
1078 | Gloria Soberon | Bioscience and Biotechnology | |
1079 | Aleksandra Topic | Biochemistry | |
1080 | B. Narayana | Antioxidant capacity | |
1081 | Rosa Lemmens-Gruber | Antimicrobial and anticancer peptides | |
1082 | Hongting Zheng | Diabetes mellitus | |
1083 | Armando Rojas Rubio | Angiogenesis | |
1084 | Wei-Xing Wang | Adrenal diseases | |
1085 | Tong Liang | ||
1086 | Samir Jaoua | Antibody engineering | |
1087 | Lubica Lacinova | Biophysics | |
1088 | Alok Sharma | Allergic biochemistry | |
1089 | Jing-Sheng Cheng | Apoptosis | |
1090 | Marketa Fojtikova | ||
1091 | Sohail S. Qazi | Biochemistry | |
1092 | Jens Vinge Nygaard | Biomaterials | |
1093 | Federico Castro-Munozledo | Cell and tissue research | |
1094 | Rafael Llanes | Antimicrobial & drug resistance | |
1095 | Cristina Carrillo | Apoptosis | |
1096 | Deniz Koksal | ||
1097 | Francesco Fiorica | Angiogenesis | |
1098 | Ralf Moeller | Antimicrobial & drug resistance | |
1099 | Elisabetta Albi | Aging | |
1100 | Cátia Sodré | Biochemistry | |
1101 | Rafael Moreno-Sanchez | Biochemistry | |
1102 | Mohamed Rholam | Aging | |
1103 | M. Eugenia González | ||
1104 | Fang-Rong Chang | Alternative medicine | |
1105 | G. P. van Nieuw Amerongen | ||
1106 | M. Togha | ||
1107 | Michaela Luconi | Andrology | |
1108 | Hayam Ashour | Applied organic chemistry | |
1109 | Rong-Jen Shiau | Bacterial environmental stress response | |
1110 | Sandra Carvalho Bos | ||
1111 | Gijs van Puijvelde | Immunology | |
1112 | Seiji Shibasaki | Bioscience and Biotechnology | |
1113 | Per Lindblom | Angiogenesis | |
1114 | Panayotis Fantidis | Animal models | |
1115 | Lu Gao | Cell and tissue research | |
1116 | Oliver Hofnagel | Atherosclerosis | |
1117 | Nima Amirshahi | Anticancer drug | |
1118 | Sharifa Ezat Alkaff | Human Papillomavirus vaccine | |
1119 | Maren Luchtefeld | Atherosclerosis | |
1120 | Muthuswamy Balasubramanyam | Aging | |
1121 | Pier Morin | Cancer biology | |
1122 | Xiao-feng Yang | Apoptosis | |
1123 | Gema Perez | Aging | |
1124 | Xingyuan Ma | Antibody engineering | |
1125 | Jung Sup Lee | Biochemistry | |
1126 | Mostafa Ahmed Hussein | Applied organic chemistry | |
1127 | Jozélio Carvalho | Antiphospholipid syndrome | |
1128 | Snezna Sodin-Semrl | Atherosclerosis | |
1129 | Pierre Youinou | Avian Influenza Virus-AIV (Bird Flu) | |
1130 | Margarita Sazonova | Gene therapy | |
1131 | Tsugikazu Komoda | Analytical chemistry | |
1132 | Jung Y. Park | Anesthesia & pain | |
1133 | Marli Cardoso Martins Pinge | Cardiovascular diseases | |
1134 | Sandra Marineo | Bioscience and Biotechnology | |
1135 | Dr. Dolu | Animal models | |
1136 | Christina Coughlan | Aging | |
1137 | Maurizio Acampa | Atherosclerosis | |
1138 | Diego Bonatto | Aging | |
1139 | Fakhrul Islam | Behavioral neuroscience | |
1140 | Profumo Elisabetta | Apoptosis | |
1141 | Meenakshi Sharma | Animal models | |
1142 | Hiroshi Yoshida | Cardiovascular diseases | |
1143 | Ala’a Alkerwi | Clinical epidemiology | |
1144 | Luis Quintas | Bioactive compounds | |
1145 | Claudio Carallo | Atherosclerosis | |
1146 | Janos Kadar | Autoimmune diseases | |
1147 | Siddharth Kumar | Antiphospholipid syndrome | |
1148 | Deliang Cao | Anticancer drug | |
1149 | Mitsuhiro Ohshima | Biochemistry | |
1150 | Juhua Yang | Biomedical engineering | |
1151 | Melanie Spotheim-Maurizot | Antioxidant supplementation | |
1152 | Madhu Narasimhan | Angiogenesis | |
1153 | Zengqiang Yuan | Apoptosis | |
1154 | Xuejun Sun | Animal models | |
1155 | Yue Wang | Hepatology | |
1156 | Toshinori Ozaki | ||
1157 | Ji Chang You | Gene therapy | |
1158 | Nerino Allocati | Biochemistry | |
1159 | Ileana Manduteanu | Atherosclerosis | |
1160 | Fei Li | Biochemistry | |
1161 | Lisa Harlan-Williams | Anticancer drug | |
1162 | Dingbo Lin | Aging | |
1163 | Eiichi Kumamoto | Anesthesia & pain | |
1164 | Sandip K. Bandyopadhyay | Alternative medicine | |
1165 | Anja Fjorback | Cellular biochemistry | |
1166 | Hongchuan Jin | Apoptosis | |
1167 | William KK Wu | Cancer biology | |
1168 | Alexander Staruschenko | ||
1169 | Kyung-Sun Kang | Cell cycle & growth control | |
1170 | Deng-Ke Niu | Evolutionary biology | |
1171 | Zikuan Guo | ||
1172 | Vinay J. Nagaraj | Adrenal tumors | |
1173 | Chris Vogel | Cytokines Transcription factors | |
1174 | William J. Lennraz | Cell biology | |
1175 | Anxun Wang | Cancer therapy | |
1176 | Ranju Bansal | ||
1177 | Philip Young | Allergic biochemistry | |
1178 | Cheorl-Ho Kim | Cancer biology | |
1179 | Sang Hoon Kim | Cell cycle & growth control | |
1180 | Young-Kug Choo | Bioscience and Biotechnology | |
1181 | Quan Chen | Apoptosis | |
1182 | Joe Quadrilatero | Antioxidant supplementation | |
1183 | Chengtao Her | Apoptosis | |
1184 | Wayne Carter | Aging | |
1185 | Malas Stavros | Embryo development | |
1186 | Takeshi Sekiguchi | ||
1187 | Horng-Dar Wang | Aging | |
1188 | Masashi Mizuno | Functional foods | |
1189 | Jianli Dong | Cancer biology | |
1190 | Sebastian Gehmert | Angiogenesis | |
1191 | Cristiane Villarreal | Anesthesia & pain | |
1192 | Cuiqing Liu | Vascular biology | |
1193 | Stephen Bell | Bioscience and Biotechnology | |
1194 | Liang Yu | Clinical oncology | |
1195 | Krzysztof Ksiazek | Aging | |
1196 | Ashok Kumar | Gastroenterology | |
1197 | Domenico Maiorano | Cell biology | |
1198 | Khoo Boonyin | Anticancer drug | |
1199 | Simon Fox | Apoptosis | |
1200 | Cordula Stover | Animal models | |
1201 | Zongbing You | Apoptosis | |
1202 | Benek Wladyka | Biochemistry | |
1203 | Xuesong Wu | Cancer therapy | |
1204 | Sanga Sadat | Angiogenesis | |
1205 | César Ramos-Remus | Rheumatology | |
1206 | Pingyong Xu | Calcium signalling | |
1207 | Surajit Bhattacharyya | Antimicrobial & drug resistance | |
1208 | Surajit Basak | Bioinformatics applied to medicine | |
1209 | Shuo Dong | Hematology | |
1210 | Guillaume Lenormand | Biological and Medical Physics | |
1211 | Giuseppe Baldacci | Biochemistry | |
1212 | Rafik Ragheb | Biochemistry | |
1213 | Xiying Shang | Breast Cancer | |
1214 | Zhongxing Liang | Anticancer drug | |
1215 | Brent Selinger | Microbiology | |
1216 | Hafiz Ahmed | Angiogenesis | |
1217 | Jinjun Li | Angiogenesis | |
1218 | Su-Il Do | Biochemistry | |
1219 | Baiyan Li | Calcium signalling | |
1220 | Sheela Ramanathan | Autoimmune diseases | |
1221 | Kanya Honoki | caner biology | |
1222 | Rakha H. Das | Biochemistry | |
1223 | Stephen Toovey | Avian Influenza Virus-AIV (Bird Flu) | |
1224 | Sandro Lezhava | DNA detection | |
1225 | Vittoria Petruzzella | Mitochondrial Biology and Medicine | |
1226 | Yong Lin | Anticancer drug | |
1227 | Sang Sun Kang | Calcium signalling | |
1228 | Jihua Yao | Embryo development | |
1229 | Yanhui Yin | Cancer biology | |
1230 | Jörg Kobarg | Cancer biology | |
1231 | Yong-Xiao Wang | Allergy and asthma | |
1232 | Maria Marino | Cancer biology | |
1233 | Patrícia Castelucci | Animal models | |
1234 | Anoop Thekkuveettil | Cell adhesion | |
1235 | Angelo Sala | Allergy and asthma | |
1236 | Mi-Young Lee | Apoptosis | |
1237 | Andrey Kozlov | Animal models | |
1238 | Ana Melo | Biochemistry | |
1239 | Lakhu Keshvara | Allergic biochemistry | |
1240 | DW Kim | Stem cell | |
1241 | Venkat Mathura | Bioinformatics applied to medicine | |
1242 | Xiaomin Zhang | Aging | |
1243 | Masami Miyake | Bacterial and HIV infection | |
1244 | Shuji Toda | Angiogenesis | |
1245 | Michael Greenwood | Apoptosis | |
1246 | Antonio Mansur | Cardiology | |
1247 | Hajime Nozawa | Nutrition | |
1248 | Subhash Agarwal | Anticancer drug | |
1249 | Doralina do Amaral Rabello Ramos | Human Papillomavirus infection | |
1250 | Janice Drew | Cancer biology | |
1251 | Abdel-Monem Abdallah | Biochemistry | |
1252 | Jacob Raber | Aging | |
1253 | Yusuke Kato | Antimicrobial and anticancer peptides | |
1254 | Bruno Guigas | Animal models | |
1255 | Anna Kurlandzka | Cell biology | |
1256 | Olga Calderon | Cell biology | |
1257 | Xiukun Lin | Bio-Pharmaceutical | |
1258 | Elson Janine | Obstetrics and gynecology | |
1259 | Oksoo Han | Biochemistry | |
1260 | Wensi S. Hu | Antimicrobial & drug resistance | |
1261 | Ernesto javier Grasso | Cell biology | |
1262 | Aftab Taiyab | Cell biology | |
1263 | K. Y. Chen | Aging | |
1264 | Dr. Elizondo | Molecular and Cellular Pharmacology | |
1265 | Youngsoo Kim | Pharmacology | |
1266 | Kaifu Tang | DNA methylation | |
1267 | Ki-Hyuk Shin | Cancer biology | |
1268 | Feyzulllah Beyaz | Histology and Embryology | |
1269 | Luke Brewster | Vascular Surgery | |
1270 | Peng Hou | Anticancer drug | |
1271 | Benaïssa ELMoualij | Biochemistry | |
1272 | Henryk Kozlowski | Anticancer drug | |
1273 | Makoto Ohori | Autoimmune diseases | |
1274 | Wen-Quan Zou | Aging | |
1275 | Yamamoto Yasuhiko | Diabetes mellitus | |
1276 | Yi Zhang | Biochemistry | |
1277 | Ewa Marszal | Biochemistry | |
1278 | Søren P. Sheikh | Carcinogenesis | |
1279 | Yu Huang | Cardiovascular diseases | |
1280 | Katia Cailliau Maggio | Animal models | |
1281 | Ralf Braun | Aging | |
1282 | Mercè Pérez Riba | immunosuppressants | |
1283 | Rina Rosin-Arbesfeld | Cancer biology | |
1284 | Jung Weon Lee | Cancer biology | |
1285 | Hong He | Cancer biology | |
1286 | Sung-Hoon Kim | Allergy | |
1287 | Roberto Amendola | Apoptosis | |
1288 | Graciela Pedrana | Cell biology | |
1289 | Jochen Fries | Cell adhesion | |
1290 | S. Minamisawa | Cellular and molecular cardiology | |
1291 | Yiping Rong | Apoptosis | |
1292 | Chien-Jui Huang | Microbialbiotransformations/enzyme catalysis | |
1293 | Eiichi Gohda | Biochemistry | |
1294 | Hoyun Lee | Anticancer drug | |
1295 | Marcelo Fernandes da Costa | Neuropharmacology | |
1296 | Rajendra P. Ojha | Biophysics | |
1297 | Zhe-Sheng Chen | Cancer therapy | |
1298 | Ravichandran Kameswaran | Angiogenesis | |
1299 | El-Refaie Kenawy | Antimicrobial and anticancer peptides | |
1300 | Jose D. Mendez | Angiogenesis | |
1301 | Athanasia Kotini | Biomagnetism | |
1302 | G. Venkatesh | Analytical chemistry | |
1303 | Shuangqing Zhang | Bioavailability | |
1304 | Paola Torricelli | Biomaterials | |
1305 | Jean Leandro dos Santos | Bioactive compounds | |
1306 | Mohamed A. H. Ismail | Anticancer drug | |
1307 | Quinlan Leo | Apoptosis | |
1308 | Qinhua chen | Biomedical analysis | |
1309 | Yung-Feng Liao | Neurobiology | |
1310 | Andrea Nicolini | Anticancer drug | |
1311 | Igor B. Resnick | Clinical immunology | |
1312 | Gianluca Tettamanti | Apoptosis | |
1313 | Riccardo Pierantoni | Bio-Pharmaceutical | |
1314 | Nadia Jessel | Angiogenesis | |
1315 | E. Popechitelev | Bioinformatics applied to medicine | |
1316 | Haïtham Sghaier | Extremophilic microbiology | |
1317 | Ke Lan | Bioavailability | |
1318 | Eid M. Sayed Azzam | Applied organic chemistry | |
1319 | Jung C. Lee | Antimicrobial & drug resistance | |
1320 | Andrzej Hendrich | Antioxidant capacity | |
1321 | Adam Lesner | Analytical chemistry | |
1322 | Robert Chow | Stem cell | |
1323 | Dinorah Gambin | Anticancer drug | |
1324 | Luiz Everson | Medicinal chemistry | |
1325 | Ram Pratap | Medicinal chemistry | |
1326 | Kalpit Desai | Biomedical signal processing | |
1327 | Frank Diederichs | Biophysics | |
1328 | Adam Curtis | Cell adhesion | |
1329 | Yufang Hu | Biomedical engineering | |
1330 | Zimei Rong | Analytical chemistry | |
1331 | Shadia Ahmed Galal | Anticancer drug | |
1332 | John Sorensen | Alternative medicine | |
1333 | Phei Lok | Antimicrobial & drug resistance | |
1334 | Patrick J. Hrdlicka | DNA detection | |
1335 | Ashraf Ali | Anticancer drug | |
1336 | Shiow-ju Lee | Bioactive compounds | |
1337 | Lanrong Bi | Aging | |
1338 | Shenlin Huang | Medicinal chemistry | |
1339 | Dongfeng Pan | Anticancer drug | |
1340 | Yoonkyung Park | Antimicrobial & drug resistance | |
1341 | Yongjun Gao | Aging | |
1342 | Rafik Karaman | Medicinal chemistry | |
1343 | Petar M. Mitrasinovic | Apoptosis | |
1344 | Leonardo Fraceto | Analytical chemistry | |
1345 | Faleiro Neira | Analytical chemistry | |
1346 | Valeriya Trusova | Biological and Medical Physics | |
1347 | San Biagio | Biophysics | |
1348 | Ina Nemet | Analytical chemistry | |
1349 | Gulshan Kumar Bansal | Analytical chemistry | |
1350 | Thusitha Abeytunga | Bioactive compounds | |
1351 | Vijay Rangachari | Biochemistry | |
1352 | Ti-Fei Yuan | Neurorehabilitation | |
1353 | Thanasis Kyrgidis | Bone synthesis, implant, osteointegration | |
1354 | Xiaolong Liu | Bacterial and HIV infection | |
1355 | Bob Gogal | Aging | |
1356 | Marcus Mau | Animal models | |
1357 | Albert Farrugia | Bioscience and Biotechnology | |
1358 | K. L. Dhar | Medicinal chemistry | |
1359 | Abolfazl Golestani | Antioxidant capacity | |
1360 | Marcos Hikari Toyama | Medical herbs | |
1361 | Shen Lan | Apoptosis | |
1362 | Dr. Qu | Aging | |
1363 | Ervin Mingomataj | Allergy | |
1364 | Ebru Karpuzoglu | Cytokines Transcription factors | |
1365 | Zhijun Li | Bioinformatics applied to medicine | |
1366 | Abdul A. Waheed | Virology | |
1367 | Αndreadis A. Dimitrios | Autoimmune diseases | |
1368 | Teodora Zecheru | Aerosol | |
1369 | Yu Liu | Cardiology | |
1370 | Fernanda Ely | Antimicrobial & drug resistance | |
1371 | Amrita Madabushi | Biochemistry | |
1372 | Amiya Kumar Panda | Antioxidant capacity | |
1373 | Renyuan Chu | Ophthalmology | |
1374 | Jose M. Palacios-Jaraquemada | obstetrics and gynecology | |
1375 | Luis Olivares-Quiroz | Biochemistry | |
1376 | Mao Mao | Opthalmology | |
1377 | Aqeel Javeed | pharmacology | |
1378 | Shunzong Yuan | Non-Hodgkin’s Lymphoma | |
1379 | Elísio Costa | Hereditary blood disorders | |
1380 | Giandomenico Palka | Clinical immunology | |
1381 | Huaxiu Shi | Gastroenterology | |
1382 | Ivan I. Senin | Auto antibodies | |
1383 | Evangelos Mazaris | Urology | |
1384 | Christopher G. Wood | Urology | |
1385 | Philip Gao | Biophysics | |
1386 | Rhana Zakri | Surgery | |
1387 | Uma Krishnamoorthy | Obstetrics and gynecology | |
1388 | João Moura | Hematology and immunology | |
1389 | Zhaomin Li | Cancer biology | |
1390 | Jürgen Pannek | Urology | |
1391 | Tim Idzenga | Atherosclerosis | |
1392 | Jemal Haidar | nutrition | |
1393 | E. Orrantia | Antimicrobial & drug resistance | |
1394 | Yorick Gitton | Bioscience and Biotechnology | |
1395 | Liron Pantanowitz | Angiogenesis | |
1396 | Ja Heyon Ku | Urology | |
1397 | Françoise Valentini | Urology | |
1398 | Sachin Puri | Immunotherapy | |
1399 | Ahmed Moharram | Urology | |
1400 | Nagla ElMelegy | Allergic biochemistry | |
1401 | Lei Chen | Apoptosis | |
1402 | Kazeem Oshikoya | Pediatric | |
1403 | S. K. Liao | Cancer biology | |
1404 | Benchun Liu | Bioscience and Biotechnology | |
1405 | Eyal Itshayek | surgery | |
1406 | Mandeep Kaur | Anticancer drug | |
1407 | Parveen Kumar | Anticancer drug | |
1408 | Martin Wong | Cardiovascular diseases | |
1409 | Hao Li | Bacterial environmental stress response | |
1410 | Bai Yun | Gene therapy | |
1411 | Xiqiang Liu | Cancer markers | |
1412 | Emina Torlakovic | Hodgkins disease | |
1413 | Forrest Zhang | DNA methylation | |
1414 | Rumena Petkova | Cell biology | |
1415 | Arinze Okoli | Bile acid | |
1416 | Errol Morrison | Diabetes mellitus | |
1417 | Donovan McGrowder | Antioxidant capacity | |
1418 | Puja Garg | Animal models | |
1419 | Victor Lee | Cancer therapy | |
1420 | Jan B. Vermorken | Gynecologic oncology | |
1421 | Wen Li | Biochemistry | |
1422 | Magdalena Zajac | Breast Cancer | |
1423 | Ricardo Z.N. Vêncio | Bioinformatics applied to medicine | |
1424 | Sue Burney | Breast Cancer | |
1425 | Henrik Wolff | Immunopathology | |
1426 | Hamzeh Al Zabadi | Allergy | |
1427 | Jian Hu | Antibody engineering | |
1428 | Wayne Bond Lau | Cardiovascular diseases | |
1429 | Rachel L. Ruhlen | Alternative medicine | |
1430 | Paulo Rogério de Faria | Animal models | |
1431 | Aly Mohammed Ezz El-Arab Aly | Alternative medicine | |
1432 | Nazeer Ahamed | Antioxidant capacity | |
1433 | Theophine Chinwuba | Alternative medicine | |
1434 | Donglin Zeng | Cell biology | |
1435 | M. Ayyanar | Alternative medicine | |
1436 | Walkíria Ribeiro | Functional foods | |
1437 | Khalid M AlGhamdi | Dermatology | |
1438 | Alaa A Abd-Elsayed | Anaesthesia | |
1439 | Anding Liu | Cancer markers | |
1440 | Jongsun Park | Signal transduction & pathway | |
1441 | Arun Kumar | Cancer Biology | |
1442 | Oleh Taratula | Biosensors | |
1443 | Ilya Trakht | Antibody engineering | |
1444 | Maria Angelica Cortez | Apoptosis | |
1445 | Dalila Moter Benvegnú | Aging | |
1446 | P. Gomathi M. Pharm | Pharmaceutical Sciences | |
1447 | Desheng Pei | Apoptosis | |
1448 | Alexandra Chittka | Cell biology | |
1449 | Paulo Vítor Soeiro Pereira | Allergy and immunology | |
1450 | Deborah Power | Bone synthesis, implant, osteointegration | |
1451 | Taimur Saleem | Virology | |
1452 | Sergey Prykhozhij | Animal models | |
1453 | Zhanquan Shi | Cancer biology | |
1454 | Ke Zheng | Apoptosis | |
1455 | Giacomo Lanzoni | Cell reproduction or differentiation | |
1456 | Guangwei Du | Breast Cancer | |
1457 | Consolato Sergi | Pathology | |
1458 | Dong-Ming Su | Aging | |
1459 | Jorge G. Gomez-Gutierrez | Animal models | |
1460 | Poungtip Kunanusorn | Animal models | |
1461 | Shadab Zafar | Experimental diabetes mellitus | |
1462 | TS Mohamed Saleem | Cardiovascular diseases | |
1463 | S. Koppula | Animal models | |
1464 | Trine Rolighed Thomsen | Clinical microbiology | |
1465 | Andriy Yatsenko | Cell adhesion | |
1466 | Yadong Wei | Molecular biology | |
1467 | Shahin Aghaei | Dermatology | |
1468 | Mathieu Vinken | Apoptosis | |
1469 | Hamid Khankeh | Emergency medicine | |
1470 | Xin Wu | Andrology | |
1471 | Andreas Johannes Tomaschitz | Adrenal diseases | |
1472 | Pietro Fazzari | Animal models | |
1473 | A. Demirkol | Public health | |
1474 | Angela Amato | Animal models | |
1475 | Bernard Friedenson | Allergy and immunology | |
1476 | Fabricio Azevedo Voltarelli | Apoptosis | |
1477 | Anindya Kumar Sen | Neurobiology | |
1478 | Fatemeh Yari | Obstetrics and gynecology | |
1479 | Liliane Gattegno | Biochemistry | |
1480 | Hongyan Yuan | Breast Cancer | |
1481 | M. S. Chaya | Aging | |
1482 | Fang-Chi Hsu | Genetics | |
1483 | Hiroshi Shimoda | Alternative medicine | |
1484 | Yongmei Song | Cancer biology | |
1485 | Daniele Zink | Biomaterials | |
1486 | Beathe Sitter | Breast Cancer | |
1487 | Sanjukta Chakraborty | Angiogenesis | |
1488 | Robin-Marie Shepherd | Public health | |
1489 | Kastytis Šmigelskas | Epidemiology | |
1490 | IJF Wiid | Antimicrobial & drug resistance | |
1491 | Priscilla Davidson Negraes | Anticancer drug | |
1492 | Ahamarshan Nagarajan | Bioinformatics applied to medicine | |
1493 | Martin Spahn | Molecular genetics | |
1494 | Miri Sarid | Statistics & Health informatics | |
1495 | Vijay Sharma | Physiology | |
1496 | Chunhong Chen | Molecular biology (Genetic Engineering) | |
1497 | Matteo Fumagalli | Population Genetics | |
1498 | S. Vanin | Evolutionary biology | |
1499 | Richard Emes | Bioinformatics applied to medicine | |
1500 | Siluo Huang | Signal transduction & pathway | |
1501 | Cvrckova Fatima | Cell biology | |
1502 | Stefano Cairo | Breast Cancer | |
1503 | Simon Harvey | Aging | |
1504 | Deepa Selvi-Rani | Cardiovascular diseases | |
1505 | Jixin Deng | Bacterial population genetics | |
1506 | January Weiner | Evolutionary biology | |
1507 | James C. Sullivan | Antimicrobial & drug resistance | |
1508 | Junfeng Pang | DNA damage & repair | |
1509 | Pradeep K. Divakar | Evolutionary biology | |
1510 | Fabio Grizzi | Angiogenesis | |
1511 | Charalambos Kaittanis | Analytical chemistry | |
1512 | Ingemar Pongratz | Endocrinology | |
1513 | Julius Liobikas | Apoptosis | |
1514 | Abhishek Kumar | Bioinformatics applied to medicine | |
1515 | Trisha Dunning | Diabetes mellitus | |
1516 | Jirui Wang | Evolutionary biology | |
1517 | Ahmet Selçuk Can | Obesity therapy | |
1518 | Kazu Misawa | Genomics – Medical genomics | |
1519 | Luca Sineo | Evolutionary biology | |
1520 | Yongping Shao | Apoptosis | |
1521 | Ji-Fu Wei | Allergic biochemistry | |
1522 | Swarkar Sharma | Genetics | |
1523 | Ludmila Mechetina | Immunogenetic | |
1524 | Hamsa Tadepally | Bioinformatics applied to medicine | |
1525 | Yan Liu | Angiogenesis | |
1526 | Chien-Fu Huang | Antioxidant capacity | |
1527 | Sateesh Kagale | DNA methylation | |
1528 | Weiping Wang | Cell cycle & growth control | |
1529 | Jenny Thompson | Neurobiology | |
1530 | Nasim Foroughi | Aging | |
1531 | Hemang Parikh | Bioinformatics applied to medicine | |
1532 | Peng Yeong Woon | Aortic Aneurysms | |
1533 | Wenbin Li | Clinical oncology | |
1534 | Giuseppe Merla | Molecular genetics | |
1535 | Sandeep Sanga | Biomedical engineering | |
1536 | Dazhi Liu | Cell cycle & growth control | |
1537 | Yaguang Xi | Anticancer drug | |
1538 | Natalia Rubinstein | Breast Cancer | |
1539 | Nkechi Uche | ophthalmology | |
1540 | Jagannadha Avasarala | neuroimmunology | |
1541 | Yau-Hua Yu | Bioinformatics applied to medicine | |
1542 | Gohei Kato | Gerontology | |
1543 | Michael Brach | Aging | |
1544 | Musaffe Tuna | Cancer markers | |
1545 | Anna Coló | Cancer biology | |
1546 | Barbara Ulmasov | Gastroenterology | |
1547 | Diego Albani | Aging | |
1548 | Yanhua Yang | Evolutionary biology | |
1549 | Philippa Jackson | Functional foods | |
1550 | Thereza C. M. de Lima | Animal models | |
1551 | Chenko Kuo | Emergency medicine | |
1552 | Khaled Abu-Amero | DNA detection | |
1553 | Marcelo Bello | Genetics | |
1554 | Miao Liu | Cancer markers | |
1555 | Rodney Itaki | Antimicrobial & drug resistance | |
1556 | Patricia Severino | Cancer biology | |
1557 | Enrico Bracco | Anticancer drug | |
1558 | Hui Yu | Hematology | |
1559 | Hatice Bilgic | Genomics – Medical genomics | |
1560 | Maurizio Gallucci | Aging | |
1561 | Apiwat Mutirangura | DNA methylation | |
1562 | Shirley Uitte De Willige | Hematology | |
1563 | Rosane N. M. Guerra | Animal models | |
1564 | Eva Martínez Cáceres | Autoimmune diseases | |
1565 | Xiaolin Yin | Biomedical analysis | |
1566 | Paramita Ghosh | Cell and tissue research | |
1567 | Sabine Plancoulaine | Clinical epidemiology | |
1568 | Pramod Rout | Bioscience and Biotechnology | |
1569 | Jun-Te Hsu | Surgery | |
1570 | Prof. G. Tarantino | Apoptosis | |
1571 | Jing Hao | Cancer biology | |
1572 | Enilton Camargo | Molecular and Cellular Pharmacology | |
1573 | Deepti Pradhan | Aortic Aneurysms | |
1574 | Mourad Aribi | Allergy and immunology | |
1575 | Constantinos Giaginis | Analytical chemistry | |
1576 | Wan-dong Hong | Gastroenterology | |
1577 | Anastassios Manolakis | Angiogenesis | |
1578 | Punit Kaur | Chaperonology | |
1579 | Huang Zhan | Cell adhesion | |
1580 | Xianli Wu | Analytical chemistry | |
1581 | Papavramidis Theodossis | Animal models | |
1582 | Seema Bhaskar | Atherosclerosis | |
1583 | Pranav Shivakumar | Allergy and immunology | |
1584 | Nobuyuki Matsuhashi | Gastroenterology | |
1585 | Anita Dushyanth | Biological and Medical Physics | |
1586 | Vonthannak Saphonn | Epidemiology | |
1587 | Benon Asiimwe | Bacterial typing | |
1588 | Pasqual Barretti | Antimicrobial & drug resistance | |
1589 | Øistein Hovde | Gastroenterology | |
1590 | Samoel Khamadi | Molecular Virology | |
1591 | Sepehr Hamidi | Endocrinology | |
1592 | Massimo Ciccozzi | Avian Influenza Virus-AIV (Bird Flu) | |
1593 | Gunasekaran Ramakrishnan | Clinical epidemiology | |
1594 | Saira Khalid | Cell cycle & growth control | |
1595 | Shixing yang | Autoimmune diseases | |
1596 | Congli Yuan | Epidemiology | |
1597 | Feras Lafi | Ecology | |
1598 | Ali Mohammadi Karakani | Biochemistry | |
1599 | Xinyun Li | Genetics | |
1600 | Derick Jiwan | Bioscience and Biotechnology | |
1601 | Luiz Eduardo Vieira Del Bem | Bioscience and Biotechnology | |
1602 | Jean-François Hocquette | Analytical chemistry | |
1603 | Bishwo Adhikari | Ecology | |
1604 | Jian Li | Bioinformatics applied to medicine | |
1605 | Bhaskar Urade | Epidemiology | |
1606 | Deenadayalan Bakthavatsalam | Biochemistry | |
1607 | James Thomas | Bacterial population genetics | |
1608 | Daulat R. P. Tulsiani | Reproductive endocrinology | |
1609 | Pere Toran | Family Medicine | |
1610 | Maoti Wei | Genetics | |
1611 | Gustavo Lacerda | Bioinformatics applied to medicine | |
1612 | Isin Akyar | Clinical microbiology | |
1613 | Rodrigo Pires dos Santos | Antimicrobial & drug resistance | |
1614 | Shan-Chwen Chang | Antimicrobial & drug resistance | |
1615 | Amber Farooqui | Animal models | |
1616 | Ih-Jen Su | cancer biology | |
1617 | Prasanna Khot | Diagnostic microbiology | |
1618 | Ted Fan | Allergy and asthma | |
1619 | Zhiying Ou | DNA detection | |
1620 | Eduardo Nogueira | Molecular genetics | |
1621 | Alan Branco | Bioscience and Biotechnology | |
1622 | Shrinivasrao P. Mane | Bioinformatics applied to medicine | |
1623 | Hong-liang Yang | Animal models | |
1624 | Yi Wang | Pediatric neurology | |
1625 | Ashraf Tabll | Immunotherapy | |
1626 | Paolo de Fabritiis | Hematology | |
1627 | Hasnain Ali Shah | Gastroenterology | |
1628 | Nikolaos Drakoulis | DNA detection | |
1629 | Giovanni Sotgiu | Tuberculosis | |
1630 | Gang Wang | Cancer biology | |
1631 | Helen Law | Immunology | |
1632 | Julia Zhang | Bioinformatics applied to medicine | |
1633 | Tong Joo Chuan | Bioinformatics applied to medicine | |
1634 | Woo-Yeon Kim | Bioinformatics applied to medicine | |
1635 | Mengyu Qiao | Bioinformatics applied to medicine | |
1636 | Aman Jairajpuri | Biochemistry | |
1637 | Chun-Yi Lu | Infectious diseases | |
1638 | Long Cui | Genomics – Medical genomics | |
1639 | Changning Liu | Biochemistry | |
1640 | Eric Anderson | breast cancer | |
1641 | Jason W. Abernathy | Molecular genetics | |
1642 | Patricia Neves | Clinical immunology | |
1643 | Wim D’Haeze | Clinical microbiology | |
1644 | Min Xu | Computer imaging | |
1645 | Nelida Rodriguez | Cell and tissue research | |
1646 | Aalt-Jan van Dijk | Bioinformatics applied to medicine | |
1647 | Shing-Jyh Chang | Genetics | |
1648 | Xiaofei Qi | Gynecologic oncology | |
1649 | Silva Seraceni | Hematology | |
1650 | Ioannis Bliziotis | Infectious Diseases | |
1651 | Xiaoli Xu | Oncology | |
1652 | Heather Ann Adams | Genetics | |
1653 | Murizio D’Esposito | DNA methylation | |
1654 | Weidong Zhang | Epidemiology | |
1655 | Youlian Pan | Bioinformatics applied to medicine | |
1656 | Sucheta Tripathy | Bioinformatics applied to medicine | |
1657 | J. C. Booij | Genetics | |
1658 | Youjia Hua | Bioinformatics applied to medicine | |
1659 | Irene Newton | Genomics | |
1660 | Urska Cvek | Bioinformatics applied to medicine | |
1661 | Eduard Torrents | Bacterial environmental stress response | |
1662 | Danielle N. Ringhoff | Cell Biology | |
1663 | Yu Fang | Animal models | |
1664 | Matteo Bovolenta | Gene therapy | |
1665 | Adnane Sellam | Antimicrobial & drug resistance | |
1666 | Catherine Putonti | Bioinformatics applied to medicine | |
1667 | Hui Guo | Bioinformatics applied to medicine | |
1668 | Jigang Zhang | Antibody engineering | |
1669 | Haiguang Zhao | Vascular Surgery | |
1670 | Carla Barsalobres | Genetics | |
1671 | Keyan Zhao | Bioinformatics applied to medicine | |
1672 | Dmitry A. Ravcheev | Bacterial environmental stress response | |
1673 | Irshad Ahmed | Antimicrobial & drug resistance | |
1674 | Sergey Yaklichkin | Animal models | |
1675 | Hao Chen | Cardiac Surgery | |
1676 | Nitin Mantri | Alternative medicine | |
1677 | Elizabeth P. Sampaio | Cell biology | |
1678 | Irina Makarevitch | Bioscience and Biotechnology | |
1679 | Marketa Zvelebil | Bioinformatics applied to medicine | |
1680 | Chi Chen | Bioinformatics applied to medicine | |
1681 | Wei Guo | Bioscience and Biotechnology | |
1682 | Richard White III | Extremophilic microbiology | |
1683 | Ning Fu | Aging | |
1684 | Arun Kumar Kallare | Animal models | |
1685 | Amos Garcia Rojas | Clinical epidemiology | |
1686 | Jennifer Neary | Microbiology | |
1687 | Margarita Malakhova | Biochemistry | |
1688 | Xianqiong Zou | Molecular biology | |
1689 | Wei Lian | Bio-Pharmaceutical | |
1690 | Tingting Weng | Lung cancer | |
1691 | Ritu Chakravarti | Cell biology | |
1692 | Sandip Paul | Bacterial population genetics | |
1693 | Toni Marco | Evolutionary Biology | |
1694 | Qiu He | Breast Cancer | |
1695 | Wasna Viratyosin | Bioinformatics applied to medicine | |
1696 | J. R. Lamas | Autoimmune diseases | |
1697 | Christine Maritz | Molecular biology | |
1698 | David Groth | Genetics | |
1699 | Raimo Pohjanvirta | Toxicology | |
1700 | Justin Vijay Louis | Aging | |
1701 | Gerben Schaaf | Cancer biology | |
1702 | A. Gholamrezanezhad | Imaging | |
1703 | Kaijing Zuo | Plant bioactive compounds | |
1704 | Julie Huxley-Jones | genetics | |
1705 | Janmohamad Malekzadeh | Nutrition | |
1706 | Yunfei Bai | Biomedical analysis | |
1707 | Gernot Stocker | Bioinformatics applied to medicine | |
1708 | Zhaoliang Liu | Reproductive endocrinology | |
1709 | William Chin | Angiogenesis | |
1710 | Honghua Li | Genetics | |
1711 | Lihong Chen | Diabetes mellitus | |
1712 | Denhi Schnabel | Embryo development | |
1713 | Tinuade A. Ogunlesi | Hypothermia | |
1714 | Adamson Muula | Bacterial and HIV infection | |
1715 | Zunaid Ahsan Karar | Public health | |
1716 | Cristina Della Beffa | Genomics | |
1717 | Ricardo Gurgel | Allergy | |
1718 | Nakalembe Miriam | Cervical Cancer Screening | |
1719 | Caterina Mammina | Antimicrobial & drug resistance | |
1720 | Prof. Demosthenes Bouros | Pulmonary & Critical Care | |
1721 | Osama Abu-Hammad | Bone synthesis, implant, osteointegration | |
1722 | Palmiro Poltronieri | Bacterial typing | |
1723 | Yi Fang | Bioinformatics applied to medicine | |
1724 | Vidhan Jain | infectious disease | |
1725 | Mahmoud Shalaby | Adrenal tumors | |
1726 | Kolawole Wahab | Neurology | |
1727 | Guoying Wang | Diabetes mellitus | |
1728 | Bin Xue | Bioinformatics applied to medicine | |
1729 | Sachin Patil | Aging | |
1730 | Gildardo Rivera Sánchez | Anticancer drug | |
1731 | Sanjay Batra | Anticancer drug | |
1732 | Mohamed S. Elgendy | Cell and tissue research | |
1733 | Kalidas Yeturu | Bioinformatics applied to medicine | |
1734 | Schüpbach Reto | hematology | |
1735 | Tobias Hirsch | Antimicrobial & drug resistance | |
1736 | Huanying Ge | Bioinformatics applied to medicine | |
1737 | Minal Garg | Anticancer drug | |
1738 | Enrico Giarnieri | Cancer biology | |
1739 | Andrew Chan | Respiratory | |
1740 | Hideaki Hara | Neuropharmacology | |
1741 | Xin Fang | Bioinformatics applied to medicine | |
1742 | Adeniyi Adewunmi | Obstetrics and gynecology | |
1743 | Mingyuan Wu | Retina & Macular degeneration & Aging | |
1744 | Bente Talseth-Palmer | Molecular genetics | |
1745 | Carlos Camargo | Antimicrobial & drug resistance | |
1746 | Yiyun Wang | Neurosurgery | |
1747 | Pedro Melo | Aging | |
1748 | Prosper N’Gouemo | Calcium signalling | |
1749 | Nils O. Schmidt | Angiogenesis | |
1750 | Guglielmo Villani | Biochemistry | |
1751 | Zhimin Li | Behavioral neuroscience | |
1752 | Liangsuo Ma | Neuroimaging | |
1753 | Vito Di Maio | Bioinformatics applied to medicine | |
1754 | Nauman Maqbool | Bioinformatics applied to medicine | |
1755 | Supriya Mahajan | Bacterial and HIV infection | |
1756 | Tauheed Ishrat | Antioxidant supplementation | |
1757 | Hideyuki Takeuchi | Neurodegeneration | |
1758 | Shuxing Wang | Anaesthesia | |
1759 | Dubravka Švob Štrac | Animal models | |
1760 | Prof. Alberto A. Rasia-Filho | Neurobiology | |
1761 | Maria Liguori | Multiple Sclerosis | |
1762 | Mark Dallas | Ion channels | |
1763 | Florianne Tschudi-Monnet | Neurodegeneration | |
1764 | János László | Biomagnetism | |
1765 | Enrica Santarcangelo | Behavioral neuroscience | |
1766 | Elisa Pelosin | Neurorehabilitation | |
1767 | Elke Clynen | Bioactive compounds | |
1768 | Zhixin Li | Cardiology | |
1769 | Marzenna Wiranowska | Cancer biology | |
1770 | Candan Gurses | Clinical Neurophysiology | |
1771 | Varlet Pascale | Neuropathology | |
1772 | Beifang Niu | Bioinformatics applied to medicine | |
1773 | Jingchun Sun | Bacterial population genetics | |
1774 | George Klironomos | Neurosurgery | |
1775 | Oussama Grissa | Diabetes mellitus | |
1776 | Lorenzo Rossi | Biomaterials | |
1777 | Ruihua Yang | Behavioral neuroscience | |
1778 | Manuel Amorin-Diaz | Neurology | |
1779 | Antonella Gasbarri | Behavioral neuroscience | |
1780 | Igor V. Filippov | Neurophysiology | |
1781 | Mohammed Filali | Neurobiology | |
1782 | Jie Zheng | Ion channels | |
1783 | Cecilia Castillo | Biophysics | |
1784 | Jun Li | Apoptosis | |
1785 | Ata Akin | Biomedical engineering | |
1786 | Siamak Shahidi | Animal models | |
1787 | Simeon Todorov | Neuropharmacology | |
1788 | Isaura Tavares | Anesthesia & pain | |
1789 | Prof. Fabrizio Michetti | Cell and tissue research | |
1790 | Hugo Geerts | Neuropharmacology | |
1791 | Nathan R. Wall | Cancer biology | |
1792 | Koutalonis Manthos | Imaging | |
1793 | Michalis Kontos | Breast Cancer | |
1794 | Khaled Madbouly | surgery | |
1795 | Kush Kumar | Nuclear medicine & radiology | |
1796 | Jens Waldmann | Adrenal tumors | |
1797 | Cher Heng Tan | Radiology | |
1798 | Daniel Chaves | Clinical immunology | |
1799 | Zhixiong Li | Animal models | |
1800 | Ferrucci Pier Francesco | Clinical oncology | |
1801 | Li Li | Bioinformatics applied to medicine | |
1802 | Roderick MacLeod | DNA damage & repair | |
1803 | Jiming Kong | Mitochondrial Biology and Medicine | |
1804 | Antonio Ibarra | Neurodegeneration | |
1805 | Ignacio Lizarraga | Anaesthesia | |
1806 | Karen Rees-Unwin | Hematology | |
1807 | Ravikiran Donthu | Bioinformatics applied to medicine | |
1808 | M. Moti M. Chowdhury | Radiology | |
1809 | Cem Onal | Breast Cancer | |
1810 | Arash Kianianmomeni | Cell biology | |
1811 | Michael Probst-Kepper | Antimicrobial & drug resistance | |
1812 | José Rivera | Cardiovascular diseases | |
1813 | Weihong Xu | Bioinformatics applied to medicine | |
1814 | Eva Darai | Carcinogenesis | |
1815 | Cinzia Marchitelli | Antimicrobial and anticancer peptides | |
1816 | Nabil K. Bissada | Urology | |
1817 | J. Omoshoro-Jones | Bile acid | |
1818 | Kasra Saeb-Parsy | Urology | |
1819 | Burak Yulug | Neurobiology | |
1820 | Nejat Dalay | Cancer Biology | |
1821 | Vikram Rajagopal | Anticancer drug | |
1822 | Liana Fattore | Animal models | |
1823 | Sumei Liu | Gastroenterology | |
1824 | Jean Giacomotto | Cell biology | |
1825 | Fanfan Zhou | Molecular biology | |
1826 | Zeng-You Ye | Neurobiology | |
1827 | Nadezda Apostolova | Antioxidant supplementation | |
1828 | Tommy Guglielmelli | Multiple myeloma | |
1829 | Mohamed S. Zaghloul | Clinical Oncology | |
1830 | Kosaku Iwatsubo | Cancer biology | |
1831 | Rama Devi Mittal | Apoptosis | |
1832 | Daniel Monleon Salvadó | Cancer biology | |
1833 | Rui Medeiros | Human Papillomavirus infection | |
1834 | S. N. Dijk | Cancer therapy | |
1835 | Javier Palacios Diez | Diabetes mellitus | |
1836 | Ivana Da Cruz | Aging | |
1837 | Elena Grossini | Apoptosis | |
1838 | Fransen Paul | Calcium signalling | |
1839 | Edivaldo H.C. de Oliveira | Carcinogenesis | |
1840 | Donavon Hiss | Angiogenesis | |
1841 | Peter Meschede | Orthopedic Surgery | |
1842 | Thomas Nelius | Cancer markers | |
1843 | C. Cameron Yin | hematology | |
1844 | Bhupinder Bawa | Apoptosis | |
1845 | Santosh Kesari | Cancer biology | |
1846 | Carlos Plasencia | Anticancer drug | |
1847 | Xiaojiang Cui | Breast Cancer | |
1848 | Antonius Baartscheer | Animal models | |
1849 | Lynn M. Crosby | Apoptosis | |
1850 | Pratibha Nerurkar | Antioxidants | |
1851 | Pedro Elsas | Allergy | |
1852 | Richard Lutz | Adrenal diseases | |
1853 | Hugo Arias | Ion channels | |
1854 | Yupei Li | Breast Cancer | |
1855 | Jyotdeep Kaur | Biochemistry | |
1856 | Hakan Akca | Apoptosis | |
1857 | Dong-Yih Kuo | Behavioral neuroscience | |
1858 | Eleni Papakonstantinou | Allergy and asthma | |
1859 | Rachid Mazroui | Apoptosis | |
1860 | Qing Yang | Bone synthesis, implant, osteointegration | |
1861 | Paulo Zen | Cancer markers | |
1862 | Heather R. Sanders | Cancer markers | |
1863 | Kenichi Shibuya | Neurophysiology | |
1864 | Euthimios Dimitriadis | Cancer biology | |
1865 | Remy Pedeux | Animal models | |
1866 | Francisco Javier Camacho Arroyo | Anticancer drug | |
1867 | José Daniel Lopes | Cell adhesion | |
1868 | Yongping Cui | Adrenal tumors | |
1869 | Sin-Hyeog Im | Immunoregulation | |
1870 | Moamen Amin | Urology | |
1871 | Alexandros Lampropoulos | Cancer biology | |
1872 | Isabelle Chemin | Animal models | |
1873 | Kwan-Hwa Chi | Radiooncology | |
1874 | Jianming He | Intercellular communication | |
1875 | Lin Ye | Breast Cancer | |
1876 | Liting Song | molecular biology | |
1877 | Chiara Mondello | Cancer biology | |
1878 | Fang Li | Tumorigenesis | |
1879 | Ingegerd Hellstrom | Anticancer drug | |
1880 | Youli Zu | Pathology | |
1881 | Konstantine Balakatounis | Neurorehabilitation | |
1882 | Jagadananda Ghosh | Apoptosis | |
1883 | Wen-Ling Shih | Angiogenesis | |
1884 | Shujun Liu | Anticancer drug | |
1885 | Terry Lichtor | Immunotherapy | |
1886 | krishna Misra | Medicinal Chemi | |
1887 | Gautam Banerjee | Allergy | |
1888 | Antonella Calogero | Anticancer drug | |
1889 | Bin Zhang | Immunotherapy | |
1890 | Koraljka Gall-Trošelj | Cancer biology | |
1891 | Zeeshan Aslam | Urology | |
1892 | Xiaoping Huang | Anticancer drug | |
1893 | Ricardo Bentes de Azevedo | Anticancer drug | |
1894 | Ilker Sengul | Surgery | |
1895 | Shih-Shun Chen | Anticancer drug | |
1896 | Balraj Mittal | Animal models | |
1897 | Kesav Rao | Cancer biology | |
1898 | Paul Timpson | Biosensors | |
1899 | Surabhi Y Dangi-Garimella | Angiogenesis | |
1900 | Eugenia M. Yazlovitskaya | Angiogenesis | |
1901 | Subhra Mohapatra | Anticancer drug | |
1902 | Pier Paolo Piccaluga | Non-Hodgkin’s Lymphoma | |
1903 | Eran Andrechek | Animal models | |
1904 | Beatriz Pogo | Cancer biology | |
1905 | Carl Sasaki | Signal transduction & pathway | |
1906 | Jie He | Cancer biology | |
1907 | Kazumi Suzukawa | Hematology | |
1908 | Marisa Ionta | Cancer biology | |
1909 | Vadym M. Kavsan | Cancer biology | |
1910 | Lajos Olasz | Anticancer drugs | |
1911 | Fan Zhu | Bacterial and HIV infection | |
1912 | Hava Gil-Henn | Cell adhesion | |
1913 | Yili Yang | Apoptosis | |
1914 | Hongshi Yu | Bioinformatics applied to medicine | |
1915 | Walid Abu-Arab | Lung cancer | |
1916 | Jing Liu | Anticancer drug | |
1917 | Di Cai | Anticancer drug | |
1918 | Mustapha Zidi | Biomechanics | |
1919 | Debbi MacMillan | Calcium signalling | |
1920 | Danping Zhu | Diabetes mellitus | |
1921 | Saibal Biswas | Antioxidant capacity | |
1922 | Chee Peng Hor | Aging | |
1923 | Henry Jefferson | Critical care medicine | |
1924 | Behjat Seifi | Nephrology | |
1925 | Zhen Zhao | Apoptosis | |
1926 | Huan Jiang | Clinical epidemiology | |
1927 | Alma Rus | Aging | |
1928 | Anthony Josephine | Biochemistry | |
1929 | Giuseppe Calamusa | Public health | |
1930 | Nathalie Hasler-Nguyen | Animal models | |
1931 | Ritu Sarin | Allergy and immunology | |
1932 | Deepak Singla | Antimicrobial and anticancer peptides | |
1933 | Ying Liu | Cervical Cancer Screening | |
1934 | Zanxian Xia | Biochemistry | |
1935 | Ajay Grover | ||
1936 | Piraye Yargicoglu | Antioxidant capacity | |
1937 | Simin Atashkhoyi | Anaesthesia | |
1938 | Xiaoqiang Cai | Animal models | |
1939 | Xiaomei Guo | Biomedical Engineering | |
1940 | Gürtler Nicolas | DNA detection | |
1941 | Haolin Liu | Antibody engineering | |
1942 | Sanjukta Guha Thakurta | Biomaterials | |
1943 | Xingsheng Wang | Biochemistry | |
1944 | Xiaoxu Jiang | Biochemistry | |
1945 | Ligen Liu | hematology | |
1946 | Ashish Aggarwal | Antioxidant supplementation | |
1947 | Linjie Tian | Allergy | |
1948 | Ritwij Kulkarni | Microbiology | |
1949 | S. D. Yogesha | Biochemistry | |
1950 | Dekui Zhang | Aging | |
1951 | Sunanda Sharma | Andrology | |
1952 | Madhusudan Goravanahally | pathology | |
1953 | Zhengfei Lu | Aging | |
1954 | Anamitra Ghosh | Neurodegeneration | |
1955 | Jian Sima | Apoptosis | |
1956 | Qi Sun | Anticancer drug | |
1957 | Yue Hu | Biochemistry | |
1958 | Janani Balachandran | Anaesthesia | |
1959 | Rajni Nagpal | Biomaterials | |
1960 | Niloofar Shadman | Dentistry | |
1961 | Vineeta Nikhil | ||
1962 | Amit Jena | Dentistry | |
1963 | Souparna Madhavan | ||
1964 | Rupali Karale | Dentistry | |
1965 | Raju Chauhan | ||
1966 | Marina Fernandes | ||
1967 | Ruchi Singla | Dentistry | |
1968 | Jaidev Singh Dhillon | ||
1969 | Ashish R. Jain | Bone synthesis, implant, osteointegration | |
1970 | Ankit Arora | Dentistry | |
1971 | A. Parameswaran | ||
1972 | Anuj Bhardwaj | ||
1973 | Gouri Smita Acharya | ||
1974 | Yasmine Mendes Pupo | Cell adhesion | |
1975 | Amulya Vanapatla | ||
1976 | Paras Mull Gehlot | Biomaterials (Dental materials) | |
1977 | Mubashir Mushtaq | ||
1978 | Anitha Rao | Biomaterials | |
1979 | Chang-Jen Huang | Molecular biology | |
1980 | Yannis Guillemin | ||
1981 | Liang Li | Gastroenterology | |
1982 | Renata Binato | Molecular biology | |
1983 | Xiaoqiang Jia | Bio-Pharmaceutical | |
1984 | Ahmet Celik | Anticancer drug | |
1985 | Abdollah Ghasemian | ||
1986 | Sheikh Shoib | ||
1987 | Weimin Gao | Antimicrobial & drug resistance | |
1988 | Adel Hagag | Pediatric | |
1989 | Hsin-Chen Lee | Mitochondrial Biology and Medicine | |
1990 | Sultan Mahmud | Biomaterials | |
1991 | Dean Markić | Adrenal diseases | |
1992 | SangHun Ko | Orthopaedic surgery | |
1993 | Xiaofang Liu | Hepatology | |
1994 | Da-Dao Jing | Cancer markers | |
1995 | Marcel Cerqueira Cesar Machado | Endoscopic surgery | |
1996 | Veli Yazısız | ||
1997 | Maksim Valenčić | Urology | |
1998 | Yun-Chin Yao | Biochemistry | |
1999 | Shao-Ying Lu | Cancer biology | |
2000 | Gábor Bánhegyi | Biochemistry | |
2001 | Mi Jung Kwon | ||
2002 | Chi-Chang Yu | breast cancer | |
2003 | Tuba Dal | Avian Influenza Virus-AIV (Bird Flu) | |
2004 | Zhiyun Zheng | Cancer markers | |
2005 | Paolo Usai-Satta | Gastrointestinal physiology | |
2006 | Karol Szyluk | Biomechanics | |
2007 | Heping Hu | Hepatology | |
2008 | Mysore S. Veena | Apoptosis | |
2009 | Jingjing Sun | Embryo development | |
2010 | Pallavi Vashisth | dentistry | |
2011 | Isabel CCM Porto | Biomaterials | |
2012 | Haidar Nadrian | Family Medicine | |
2013 | Hanan Fouad | ||
2014 | Carmelo Puliatti | ||
2015 | K. F. Lee | Clinical laboratory science | |
2016 | Helmut Niederhofer | ||
2017 | Alcibey Alvarado-Gonzaleza | ||
2018 | Tanya Timeva | ||
2019 | Charleata Carter | ||
2020 | Angira Dasgupta | ||
2021 | Shuvabrata Poddar | Alternative medicine | |
2022 | Nabajyoti Deka | Diabetes mellitus | |
2023 | Mohammad Abbasinia | ||
2024 | Harshal Pandve | ||
2025 | Uzma Belgaumi | ||
2026 | Abdulrazak Nuhu | ||
2027 | Paulo Arnaldo | ||
2028 | Savita Butola | ||
2029 | Renan Oliveira | ||
2030 | Swaty Jhamb | ||
2031 | Sujata Kar | ||
2032 | Sameer Valsangkar | ||
2033 | Deepak Gupta | ||
2034 | Farhad Golshan Iranpour | ||
2035 | Kambiz Gilany | ||
2036 | Rikki Singal | ||
2037 | Vittorio Gentile | Neurobiology | |
2038 | Entesar Omar Ahmad El-Saghier | Adrenal diseases | |
2039 | Hassen Bne Ghezala | Allergy and asthma | |
2040 | Faiza Amber | Bioscience and Biotechnology | |
2041 | Laleh Payahoo | Nutrition | |
2042 | Ben Haj Hassine Amine | Breast Cancer | |
2043 | Ashraf abdElkhaik Barakat | Cardiovascular diseases | |
2044 | Antonio Siniscalchi | Neurology | |
2045 | Kiran Jadhav | Oncology | |
2046 | Mohsin Khurshid | Antimicrobial & drug resistance | |
2047 | Khaled Saad | Allergy and asthma | |
2048 | Abdeldjalil Khelassi | Bioinformatics applied to medicine | |
2049 | Adriana Handra-Luca | Cancer biology | |
2050 | Bin Li | Sports Medicine | |
2051 | Aşkın Ender Topal | Aortic Aneurysms | |
2052 | Qing Tang | Microbiology | |
2053 | Stefano Gitto | hepatology | |
2054 | Yue Liu | Atherosclerosis | |
2055 | Ahmed El-Sabbagh | Pectus excavatum | |
2056 | Conghua Wang | Aging | |
2057 | Iram Fatima | Angiogenesis | |
2058 | Mohamad Reza Havasian | Dentistry | |
2059 | Somchai Amornyotin | Anaesthesia | |
2060 | Feng-Mei Cui | Biomedical signal processing | |
2061 | Mauro Feola | ||
2062 | Regidor Brandau Pedro-Antonio | ||
2063 | Mohammed Gad | Dentistry | |
2064 | Jianing Zhong | Cancer biology | |
2065 | Ying Luo | Aging | |
2066 | Marziyeh Hajialyani | Biomaterials |
List Number | IABMS Member Name | Acadimic Field | Country |
1 | Tomohiro Nakayama | Cardiology | Japan |
2 | Chanvit Leelayuwat | Immunogenetic | Thailand |
3 | Sanjeev Kumar | Antibody engineering | UK |
4 | Jack V. Greiner | Allergy | USA |
5 | Chuong Pham-Huy | Analytical chemistry | France |
6 | Larciprete Giovanni | Animal models | Italy |
7 | Jamiu A. Ogunbanwo | Avian Influenza Virus-AIV (Bird Flu) | Australia |
8 | Hassan Youssef Aboul-Enein | Analytical chemistry | Egypt |
9 | Maurizio Battaglia Parodi | Italy | |
10 | Ghanbar Mahmoodi | Molecular genetics | Iran |
11 | Gopal Khuller | ||
12 | Sjoerd Rijpkema | Bacterial typing | UK |
13 | Leke Aremu | Analytical chemistry | Nigeria |
14 | Subratty Hussein | Biochemistry | Mauritius |
15 | P. Subramanian | Anticancer drug | |
16 | Liliana Muschietti | Bioactive compounds | |
17 | G.H. Sperber | Genetics | |
18 | Isam Lataifeh | Gynecologic oncology | |
19 | Eleazar Chaib | ||
20 | Atmaram Bandivdekar | Auto antibodies | |
21 | Weijun Kong | Analytical chemistry | |
22 | Lauretta Turin | Animal models | |
23 | Idania Gonzalez-Perez | Biochemistry | |
24 | Alessandro Isidori | Anticancer drug | |
25 | S. Surendran | Metabolic abnormalities | |
26 | Luis Isamu Barros Kanzaki | ||
27 | Konstantinos Poulas | Antibody engineering | |
28 | Eric W. Fonkalsrud | USA | |
29 | Charles Martin | Bio-Pharmaceutical | USA |
30 | Yumei Zhou | ||
31 | Zlatko Dembic | Immunoregulation | |
32 | Stanley J. Goldsmith | USA | |
33 | Fuat Gurkan | Allergy and asthma | Turkey |
34 | Pedram Ghafourifar | USA | |
35 | David T. Harris | Cancer biology | |
36 | Hosni Hassan | Antimicrobial & drug resistance | USA |
37 | Veena Desai | USA | |
38 | Qi-Bing Mei | Animal models | China |
39 | Robert A. Newman | Alternative medicine | USA |
40 | Cage S. Johnson | Bioscience and Biotechnology | USA |
41 | Richard G. Barbers | Allergy and asthma | USA |
42 | Gao Sun | China | |
43 | Curtis A. Machida | Biochemistry | USA |
44 | Hong-Duo Chen | China | |
45 | Nitin Saksena | Antimicrobial & drug resistance | Australia |
46 | Bor-Shyang Sheu | Anticancer drug | |
47 | Kazuyuki Shimizu | Japan | |
48 | Cengiz Tataroglu | Turkey | |
49 | Konstantin Slavin | Anesthesia & pain | USA |
50 | Viacheslav Z. Tarantul | Animal models | Russia |
51 | Jason T.C. Tzen | Bioscience and Biotechnology | |
52 | Trakada Georgia | Allergy and asthma | Greece |
53 | Jacek C. Szepietowski | Allergy and immunology | Poland |
54 | Henry Tong | China | |
55 | Moriatsu Takada | Cancer biology | Japan |
56 | Jianyi Zhang | Histopathology | USA |
57 | Peter L. Nara | Animal models | USA |
58 | Bruce J. Dolnick | Anticancer drug | USA |
59 | Jose Valencia Martín | Atherosclerosis | Spain |
60 | Nursen Duzgun | Autoimmune diseases | Turkey |
61 | Uwe Wagner | Cancer biology | Germany |
62 | Garry Walsh | Allergy | UK |
63 | Antoni Hrycek | Allergy and immunology | Poland |
64 | Ece Aydog | Turkey | |
65 | Kathryn DeFea | Biochemistry | USA |
66 | Marvin Rotman | Cancer therapy | USA |
67 | Xiaohui Wang | Biomedical engineering | USA |
68 | Sathees C. Raghavan | USA | |
69 | Yoshiyuki Ban | Clinical immunology | Japan |
70 | Amein K. Al-Ali | Biochemistry | Saudi Arabia |
71 | Borut Božič | Antiphospholipid syndrome | Slovenia |
72 | Lazaros I. Sakkas | Autoimmune diseases | Greece |
73 | Ingrida Januleviciene | Imaging | Lithuania |
74 | Kunihiro Sakuma | Cell and tissue research | Japan |
75 | Mehran Karimi | Cancer therapy | Iran |
76 | Alexander Schuh | Biomaterials | Germany |
77 | Pranela Rameshwar | Cancer biology | USA |
78 | Supan Fucharoen | Clinical laboratory science | Thailand |
79 | Hendrik-Tobias Arkenau | Anticancer drug | Germany |
80 | Chandrasekhara Reddy | Eye and systemic diseases | India |
81 | Irina Ivanova Stoyanova | Cell and tissue research | Bulgaria |
82 | Katsuhiko Matsui | Allergy and immunology | Japan |
83 | Kadriye Akgun-Dar | Cell and tissue research | Turkey |
84 | Engin Sahna | Experimental medicine | Turkey |
85 | Mehmet Doğanay | Bacterial and HIV infection | Turkey |
86 | Pablo Zunino | Clinical microbiology | Uruguay |
87 | Ehab I. Mohamed | Bioavailability | Egypt |
88 | Renu A. Kowluru | Animal models | USA |
89 | Simona Bertoli | Endocrinology | Italy |
90 | Urs Christen | Allergy and immunology | Switzerland |
91 | Petr M. Maslyukov | Russia | |
92 | Stefano Sotgiu | Clinical epidemiology | Italy |
93 | Muawyah D. Al-Bdour | Corneal disease | Jordan |
94 | Shahin Akondzadeh-Basti | Iran | |
95 | Joachim Boettcher | Germany | |
96 | Sangchai Preutthipan | Endoscopic surgery | Thailand |
97 | Tomonori Hayashi | Apoptosis | Japan |
98 | Anwar-ul Hassan Gilani | Pakistan | |
99 | Yusuf Karataş | Experimental medicine | Turkey |
100 | K. M. Lokanatha Rai | Analytical chemistry | India |
101 | Necati Örmeci | Gastroenterology | Turkey |
102 | Xin-Yuan Liu | Apoptosis | China |
103 | Farzin Hadizadeh | Iran | |
104 | Tan Eng King | Singapore | |
105 | Göksel Sener | Free radicals & antioxidants | Turkey |
106 | David Ronald Brown | Biochemistry | Australia |
107 | Abolghasem Jouyban | Analytical chemistry | Iran |
108 | Nechama Gilboa-Garber | Immunohematology | Israel |
109 | Zhe-Yu Chen | Cell biology | China |
110 | Michael Schrader | Biochemistry | Germany |
111 | Zubair Ahmed | Apoptosis | UK |
112 | Izumi Horikawa | Cancer biology | USA |
113 | Yousry Moustafa Issa | Egypt | |
114 | George A. Pados | Endoscopic surgery | Greece |
115 | Mukaddes Esrefoglu | Apoptosis | Turkey |
116 | Kyoung-Jin Yoon | Clinical immunology | USA |
117 | Andras Lakos | Infertility and assisted reproduction | Hungary |
118 | Olga V. Morozova | Arbovirology | Russia |
119 | Jiunn-Jong Wu | Antimicrobial & drug resistance | |
120 | Tommy R. Tong | Biosensors | China |
121 | Sho-ichi Yamagishi | Clinical immunology | Japan |
122 | Chen Yan | Apoptosis | USA |
123 | Ryuichi Morishita | Bioavailability | Japan |
124 | Tejpal Gupta | Anticancer drug | India |
125 | María Guadalupe Guzmán | Apoptosis | Cuba |
126 | Nilanjana Maulik | Alternative medicine | USA |
127 | Melike Üner | Colloidal drug carrier systems | Turkey |
128 | Gianluigi Condorelli | USA | |
129 | Hyo-Soo Kim | Cell reproduction or differentiation | Korea |
130 | Olga Maria Guerreiro de Matos | Portugal | |
131 | Yang Shi | Cardiovascular diseases | China |
132 | Tarun Jain | USA | |
133 | Anna-Mart Engelbrecht | Apoptosis | South Africa |
134 | Liyang Hsu | Antimicrobial & drug resistance | Singapore |
135 | A. Townsend Peterson | Ecology | USA |
136 | Ahmet Kaan Gunduz | Turkey | |
137 | Ronald A. Schachar | Biological and Medical Physics | USA |
138 | Amina Mohamed Abd El-Ghany El-Brashy | Analytical chemistry | Egypt |
139 | Hossein Baharvand | Cell reproduction or differentiation | Iran |
140 | Ko-Hua Chen | Cell biology | |
141 | Eung-Kweon Kim | Korea | |
142 | Nuhan Purali | Biophysics | Turkey |
143 | Ana Sofia Pereira dos Santos | Acarology | Portugal |
144 | Abhaykumar R. Vasavada | Apoptosis | India |
145 | Raivo Vokk | Antioxidant capacity | Esthonia |
146 | Ken-ichiro Shibata | Japan | |
147 | Maria Teresa Estrada-Garcia | Animal models | Mexico |
148 | Silvia Comani | Biological and Medical Physics | Italy |
149 | Seyed Mahmoud Sadjjadi | Iran | |
150 | Abdel Sattar M. Sallam | Biological and Medical Physics | Egypt |
151 | Shikun He | Apoptosis | USA |
152 | Abraham Benatar | Belgium | |
153 | Mathieu Noteborn | ||
154 | Khalid S. Al-Numair | Saudi Arabia | |
155 | Michael Damian Coleman | UK | |
156 | Young-Cheol Lee | South Korea | |
157 | Randal Tanh Hoang Pham | USA | |
158 | Laura Narkauskaite | ||
159 | Khaled.Amar | ||
160 | Nevin Turgay | Turkey | |
161 | Mevlit Korkmaz | Turkey | |
162 | Coskun Polat | ||
163 | Marlon Eugene Cerf | ||
164 | Peter Clark | USA | |
165 | Bagher Larijani | Iran | |
166 | Ri-Cheng Chian | Canada | |
167 | Mojgan Karimi | Gynecologic oncology | Iran |
168 | Maysaa El Sayed Zaki | Antimicrobial & drug resistance | Egypt |
169 | Zhu Xueqiong | Cancer markers | China |
170 | Praveen Rishi | Antioxidant supplementation | India |
171 | Gustavo Jankilevich | Anticancer drug | Argentina |
172 | Luis Alberto Espinoza | Cancer biology | USA |
173 | Kota V. Ramana | Anticancer drug | USA |
174 | Piero Sestili | Italy | |
175 | Raquel Ângela Silva Soares Lino | Antioxidant capacity | Portugal |
176 | ROLANDO HERNANDEZ-MUÑOZ | Apoptosis | Mexico |
177 | Ranjan Bhadra | ||
178 | Andre Luis Souza dos Santos | Biochemistry | Brazil |
179 | V.S. Chauhan | Biomaterials | India |
180 | Rentala Madhubala | Antimicrobial & drug resistance | India |
181 | Richard O Jenkins | UK | |
182 | Muhammad Fareed K. Suri | ||
183 | Shailesh Puntambekar | India | |
184 | Yoshio Araki | Japan | |
185 | Nafisur Rahman | India | |
186 | For-Wey Lung | ||
187 | R. N. El-Shaheny | Egypt | |
188 | Pathik S Brahmkshatriya | India | |
189 | Haiying Yu | USA | |
190 | Mark A. Smith | USA | |
191 | Noah Isakov | Israel | |
192 | Inas Zakaria A M Abdel-Aziz | Clinical laboratory science | Egypt |
193 | James M. Mountz | Nuclear medicine & radiology | USA |
194 | Mayank Gangwar | Animal models | India |
195 | Reza Shirkohi | ||
196 | Saied Zakerbostan | ||
197 | Jong Sup Park | Korea | |
198 | Jasper Karel Verguts | Endoscopic surgery | Belgium |
199 | Ie Ming Shih | USA | |
200 | Jeffrey D. Seidman | USA | |
201 | Daniel Michael Sciubba | ||
202 | Hristo Miladinov Najdenski | Animal models | Bulgaria |
203 | Magdalena Bielska-Lasota | Epidemiology | |
204 | Stefan Bereswill | Animal models | |
205 | Naveed Ahmed Khan | Bacterial and HIV infection | UK |
206 | Ahmad Mahmoud Al-Majali | Jordan | |
207 | Kuan-Gen Huang | Cancer therapy | |
208 | Madhur K. Garg | Antioxidant capacity | USA |
209 | Claudia Elisabeht Balague | Antimicrobial & drug resistance | Argentina |
210 | Xie Xing | Cancer markers | China |
211 | Tetsuya Mizutani | Japan | |
212 | Yair Erez | Embryo development | Israel |
213 | Luciano Serpa Hammes | Cervical Cancer Screening | Brazil |
214 | Aruna Mittal | India | |
215 | Hoorieh Soleimanjahi | Iran | |
216 | Sergey N.Rumyantsev | Corneal disease | |
217 | Heather JL Brooks | Bioactive compounds | |
218 | Irwin Fridovich | ||
219 | Giuseppina Barrera | ||
220 | Richard Naftalin | ||
221 | Stephan Baldus | Atherosclerosis | |
222 | K. Sandeep Prabhu | ||
223 | ML. Fang | ||
224 | Young-Joon SURH | Korea | |
225 | Felix Dias Carvalho | Free radicals & antioxidants | |
226 | Elena Tamagno | Free radicals & antioxidants | Italy |
227 | Tsong-Long Hwang | Alternative medicine | |
228 | Kejing Chen | Antioxidant capacity | |
229 | Yau-Huei Wei | ||
230 | Harri Hemila | Finland | |
231 | Andrea Mario Pompeo Romani | Animal models | |
232 | Sushil Jain | ||
233 | Jing Fang | ||
234 | J. London | Eye and systemic diseases | France |
235 | Jackob Moskovitz | Antioxidant capacity | USA |
236 | Sikta Swarnakar | Antioxidant capacity | |
237 | Jinah Choi | Free radicals & antioxidants | |
238 | Padma Shastry | ||
239 | Lu Cai | Canada | |
240 | Ciro Isidoro | Apoptosis | |
241 | Ki-Sun Kwon | Apoptosis | |
242 | Jack Van Horssen | Chronic Inflamation | Netherlands |
243 | Tang Hua | Atherosclerosis | |
244 | G.P. Pessina | Antioxidant capacity | |
245 | Jaw-Wen Chen | Cardiology | |
246 | Ludmil Benov | ||
247 | Naoki Fujita | Cancer biology | Japan |
248 | Mousa Alkhalaf | Anticancer drug | France |
249 | Keping Xie | USA | |
250 | Yingru Liu | Autoimmune diseases | USA |
251 | Heike Weber | ||
252 | Thierry Douki | Cancer markers | France |
253 | Elaine Hatanaka | Brazil | |
254 | Anatoly Vanin | ||
255 | Charles Ramassamy | ||
256 | Wei Li | Apoptosis | Switzerland |
257 | Beatriz H. Duvilanski | Apoptosis | |
258 | Jasminka Pavelic | ||
259 | Christian Marth | Italy | |
260 | Haruki Kitazawa | Functional foods | Japan |
261 | J.S. Virdi | Infectious diseases | India |
262 | Nima Rezaei | ||
263 | Jaroslaw Jozwiak | ||
264 | Serhan Sakarya | Bacterial and HIV infection | Turkey |
265 | Maria Jose S. M. Giannini | ||
266 | Jane Blood-Siegfried | USA | |
267 | Pablo Virtor Yagupsky | Argentina | |
268 | Chen-Guo Ker | ||
269 | J. Fernando Fierro | ||
270 | Sung-Jo Kim | Korea | |
271 | Mridula Bose | Antimicrobial & drug resistance | India |
272 | Jeon-Soo Shin | Korea | |
273 | Laila Nimri | Clinical microbiology | |
274 | Diane Ordway | Bacterial and HIV infection | |
275 | D. Nageswara Rao | Allergy | India |
276 | Nadezda Fedotcheva | ||
277 | Dominique Dunon | Cell adhesion | |
278 | Mu-Rong Chao | Analytical chemistry | |
279 | Lucimar Milagres | Bacterial and HIV infection | Brazil |
280 | Helen D. Skaltsa | ||
281 | Dagmar Beinenz Byrd | Animal models | |
282 | Ahmed Kassab | ||
283 | Yuzuru Niibe | Japan | |
284 | Reuven Reich | Anticancer drug | Israel |
285 | Leif Percival Andersen | Gastrointestinal infections | |
286 | Marie-Veronique Clement-Pervaiz | Singapore | |
287 | Lidia Maria Pepe de Moraes | Brazil | |
288 | Xiao Zha | Anticancer drug | China |
289 | Katsuyuki Hamada | Japan | |
290 | Antonio E. Pérez Rodríguez | Hospital infections | Cuba |
291 | Hong-Gyun Wu | Cancer biology | Korea |
292 | Abram Maja | Animal | Croatia |
293 | Arthur Ouwehand | Switzerland | |
294 | Jesse Hostetter | Gastrointestinal infections | |
295 | Gue-Tae Chae | Korea | |
296 | Jolanta Kupryjanczyk | Gynecologic oncology | Poland |
297 | Carlo De Giuli Morghen | Arbovirology | Italy |
298 | Kari Syrjänen | Finland | |
299 | Kuan-Chih Chow | ||
300 | Pao-Lin Kuo | ||
301 | Sharon O’Toole | ||
302 | Zoltan Vajo | Avian Influenza Virus-AIV (Bird Flu) | Hungary |
303 | Chamsai Pientong | Thailand | |
304 | Yinhua Yu | China | |
305 | Carmen Balaña Quintero | Catalunya | |
306 | Cheng-Jeng Tai | ||
307 | Berna Haliloglu | Turkey | |
308 | Rebecca Baergen | USA | |
309 | Mustafa Ozguroglu | Turkey | |
310 | Patricia A. Kruk | Apoptosis | USA |
311 | Peter Alexander Argenta | Anticancer drug | USA |
312 | Evgeny Yakirevich | Cancer biology | Israel |
313 | Lukasz Wicherek | Clinical immunology | Poland |
314 | Öner Özdemir | Allergy | USA |
315 | Chi-Heum Cho | Apoptosis | Korea |
316 | Paul James Hoskins | Anticancer drug | Canada |
317 | Maria Rosaria Raspollini | Italy | |
318 | Katerina Papakonstantinou | Gynecologic oncology | Greece |
319 | Agnaldo L. Silva Filho | ||
320 | Adhemar Longatto-Filho | Angiogenesis | Portugal |
321 | Yong Sang Song | Anticancer drug | Korea |
322 | Yuzhuo Wang | ||
323 | Mehmet Coskun Salman | Cancer therapy | Turkey |
324 | Amilcar Celta Falcao | Animal models | Portugal |
325 | Hermann Brustmann | Cancer markers | |
326 | Charalampos G. Andreadis | ||
327 | George D. Everett | ||
328 | Chinmay Kumar Panda | Apoptosis | India |
329 | Bulent Mutus | Canada | |
330 | Hara Prasad Misra/Zhenquan Jia | Antioxidant capacity | India |
331 | Usha Ponnappan | Cellular senescence | USA |
332 | Young-Mee Park | ||
333 | Julia Bar | ||
334 | Ching-Cherng Tzeng | ||
335 | Lucas Liaudet | ||
336 | Rosa Angela Canuto | Anticancer drug | Italy |
337 | Christel Herold-Mende | Angiogenesis | Germany |
338 | Shama Ahmad | Environmental medicine | USA |
339 | Nader G. Abraham | USA | |
340 | Chandra Srinivasan | Aging | USA |
341 | Gokhan Pekindil | Turkey | |
342 | Eric Viscogliosi | Evolutionary biology | France |
343 | Andres A. Caro | Antioxidant capacity | USA |
344 | Pedro Cabrales | ||
345 | Sung Soo Kim | Korea | |
346 | K. Madhavan Nair | Antioxidant supplementation | India |
347 | Zheng Feng | Anesthesia & pain | China |
348 | Mussa Youdim | Israel | |
349 | Ruth Rosenstein | Eye and systemic diseases | Argentina |
350 | Juan Sastre | ||
351 | Thomas Shea | ||
352 | Wataru Aoi | Aging | Japan |
353 | Silvia Alvarez | Antioxidant supplementation | Argentina |
354 | Izildinha Maesta | ||
355 | Stefania Pizzimenti | ||
356 | Francisco Laurindo | ||
357 | Jie Liu | Cancer markers | |
358 | Satoshi Kokura | Anticancer drug | Japan |
359 | Zoltan Rakonczay | Animal models | Hungary |
360 | Chrisoula D. Scopa | Cancer markers | |
361 | S. Adhikari | Antioxidant capacity | |
362 | Raymond Cheung | Clinical neurophysiology | |
363 | Giuseppe Valacchi | Italy | |
364 | Kazuma Fujimoto | Japan | |
365 | Akiko Kojima-Yuasa | Angiogenesis | Japan |
366 | Mauco G. | Animal models | |
367 | Shivakumar.K. | Apoptosis | India |
368 | Rui-Ming Liu | Aging | China |
369 | Rong-Nan Huang | Biomaterials | |
370 | Phuong-Chi Pham | USA | |
371 | Lazaro Gotloib | ||
372 | Rich Franklin | Cancer biology | USA |
373 | Amie Dirks Naylor | Aging | |
374 | Hsiu-Chuan Yen | Anticancer drug | |
375 | Ashok K.Srivastava | ||
376 | Piche Alain | Apoptosis | |
377 | Mustapha Benboubetra | Aerosol | Algeria |
378 | Young-Myeong Kim | Apoptosis | Korea |
379 | Amy Lin | ||
380 | Anna Maria Bassi | Antioxidant capacity | |
381 | Perrey Stephane | ||
382 | Hanns-Christian Gunga | Germany | |
383 | Gregory Reychler | Aerosol | Belgian |
384 | Ruzena Tkacova | Slovakia | |
385 | Fulvio Braido | Allergy | |
386 | YuLong Li | Cardiovascular diseases | China |
387 | Nir Peled | Anticancer drug | Israeli |
388 | Guillermo Saez | Spain | |
389 | Nikos Siafakas | Athens | |
390 | Rodrigo Iturriaga | Biomedical analysis | Chile |
391 | Ferenc Petak | Hungary | |
392 | Mauro Maniscalco | Aerosol | |
393 | Fei Xu | Diabetes mellitus | China |
394 | Henri Colt | USA and France | |
395 | Oguz Karabay | ||
396 | Chong-Jen Yu | ||
397 | Randeep Guleria | India | |
398 | Ania Dubanieiwcz | ||
399 | Ahmed BaHammam | Soudi Arabia | |
400 | Xiao Yang | China | |
401 | Hiroshi Kanazawa | ||
402 | Han-Pin Kuo | ||
403 | Rita Anzalone | Italy | |
404 | Francesco Cappello | Apoptosis | |
405 | Alexey Polonikov | Ecology | Russia |
406 | Jeng-Shing Wang | Anticancer drug | |
407 | Philipp Stieger | Angiogenesis | Germany |
408 | Charles J. Hou | Cardiology | |
409 | Olen R. Brown | Antimicrobial & drug resistance | |
410 | Carlo Ori | Anaesthesia | |
411 | Low-Tone Ho | Aging | |
412 | Anil Kumar | Chandigarh | |
413 | Badreldin Ali | ||
414 | Tesfaldet Tecle | USA and France | |
415 | Orawan Wongmekiat | Animal models | Thailand |
416 | Vahide Savci | Turkey | |
417 | Cimen Karasu | Animal models | Turkey |
418 | Ehab S. Eldesoky | Antimicrobial & drug resistance | |
419 | Hasmet A. Hanagasi | Turkey | |
420 | Omer Alamoudi | Aerosol | |
421 | Yusuf Ergün | Free radicals & antioxidants | Turkey |
422 | Elif Yilmaz | ||
423 | Tsogyal Latshang | ||
424 | C.L. Wu | Clinical microbiology | |
425 | Soni Savai Pullamsetti | Angiogenesis | |
426 | Antonio Carlos Oliveira | Anaesthesia | |
427 | Mahaboob Khan Rasool | Malaysia | |
428 | Dan Grisaru | Anticancer drug | Israel |
429 | Gamal Rabie | Allergy | |
430 | Christian Huck | Analytical chemistry | |
431 | Nini Skovgaard | ||
432 | Snehasikta Swarnakar | ||
433 | Smita karpate | Anticancer drug | |
434 | Hassan M. Mousa | Antioxidant capacity | Saudi Arabia |
435 | Ibrahim Belal | Aging | |
436 | Avi Weinbroum | Anaesthesia | Israel |
437 | Aristidis M Tsatsakis | Analytical chemistry | Greece |
438 | Peeyush Bhargava | USA | |
439 | Elena Svirshchevskaya | Allergic biochemistry | Russia |
440 | Melita Salkovic-Petrisic | Animal models | |
441 | Dong Qun | China | |
442 | Randa Amin | ||
443 | Charles Young | USA | |
444 | Salman Azhar | ||
445 | Itamar Barash | Cancer biology | |
446 | Po Sing Leung | China | |
447 | Jianyu Rao | Cancer markers | USA |
448 | Walter Colli | Biochemistry | |
449 | Bronwen Kelly | Behavioral neuroscience | |
450 | Philip Foulis | USA | |
451 | B. C. Behera | Antioxidant capacity | India |
452 | Lee-Chuan Caroline | Antioxidant capacity | |
453 | Dorota Darmochwal-Kolarz | Poland | |
454 | Xu Dong Zhang | Australia | |
455 | Laszlo Szekely | Sweden | |
456 | Lirim Shemshedini | Andrology | |
457 | Rossen M. Donev | Cancer biology | |
458 | Liwu Li | ||
459 | Ricardo Perez | ||
460 | Song-Yu Yang | ||
461 | Abdelilah Soussi Gounni | ||
462 | Yanfen Hu | ||
463 | Ratna K Vadlamudi | Breast Cancer | |
464 | Rajendranath Ramasawmy | Clinical immunology | |
465 | Dan Mitchell | Auto antibodies | |
466 | Tamas Patko | ||
467 | Nicole zur Nieden | ||
468 | David Otaegui Bichot | Autoimmune diseases | |
469 | Jose A Cabrera-Gomez | ||
470 | Vecsei Laszlo | ||
471 | Patrizia Filetici | ||
472 | Martin Backor | ||
473 | Zvi Naor | ||
474 | Fawzi Aoudjit | Apoptosis | |
475 | Smiljana Ristic | DNA detection | |
476 | Ioannis K. Zarkadis | ||
477 | Hari S Misra | Antioxidant capacity | |
478 | Beate Rassler | Animal models | |
479 | Dong Moon Shin | ||
480 | Fredrick B. Hagemeister | Hodgkins disease | |
481 | Nie Pin | China | |
482 | Ephraim P. Hochberg | Hematology | USA |
483 | Filippo Montemurro | Italy | |
484 | António M. F. Araújo | ||
485 | Antonio Giordano | ||
486 | Marwan Refaat | Cardiology | |
487 | Catherine Abrial | Breast Cancer | |
488 | Zeev Blumenfeld | Romania | |
489 | Wei-Xing Zong | ||
490 | Riccardo A. Audisio | ||
491 | Thomas J. George, Jr. | Anticancer drug | USA |
492 | Gil Lugassy | Israel | |
493 | Michael Gibson | Cancer biology | |
494 | Peter T. Silberstein | Cancer therapy | USA |
495 | Eric T. Wong | Cancer biology | USA |
496 | Abhay Nene | India | |
497 | Scott A. LeMaire | Cardiac Surgery | USA |
498 | Donald Dishman | USA | |
499 | Mark Morasch | Aortic Aneurysms | USA |
500 | Hassan Serhan | Biomaterials | |
501 | Gianluca Vadala | Biomaterials | Italy |
502 | Bernhard J. Schaller | Biochemistry | |
503 | Peter G. Whang | Bone synthesis, implant, osteointegration | |
504 | William Lavelle | ||
505 | Spiros Pneumaticos | Greece | |
506 | Daniel K. Resnick | ||
507 | Eldo E. Frezza | Animal models | Italy |
508 | Mark Morrey | Bone synthesis, implant, osteointegration | |
509 | Boyle Cheng | Aging | USA |
510 | Richard D. Guyer | USA | |
511 | Daniel M. Herron | ||
512 | Juan A. Rosado | Calcium signalling | |
513 | Torben Osterlund | Biochemistry | |
514 | Andrea Becchetti | Cell adhesion | Italy |
515 | Gopal C. Kundu | India | |
516 | Raul Mendez | ||
517 | Peter Storz | ||
518 | Andrea C. Rinaldi | Antimicrobial & drug resistance | Italy |
519 | Philippe Boucher | Atherosclerosis | France |
520 | Caudio Hetz | Chile | |
521 | Hernán Trimarchi | ||
522 | Rahul M. Jindal | USA | |
523 | Hussein Sheashaa | Immunology | Egypt |
524 | Akihiko Kato | Critical care medicine | Japan |
525 | Roger Jelliffe | ||
526 | Marc Weinberg | ||
527 | Der-Cherng Tarng | Cardiovascular diseases | |
528 | Giovanni Aliotta | ||
529 | Hale Maral Kır | Alkaptonuria | |
530 | Wang Yue | Cardiovascular diseases | |
531 | Alexander S. Goldfarb-Rumyantzev | Clinical epidemiology | USA |
532 | Moly Peppa | Adrenal diseases | |
533 | Dimitrios Karakitsos | Anesthesiology | |
534 | Andreas Skolarikos | Andrology | |
535 | Ayşe Öner | ||
536 | Andrzej Breborowicz | Poland | |
537 | Susanne Nicholas | ||
538 | Jesus Mosquera | ||
539 | Mobin Mohteshamzadeh | ||
540 | Russ Randall | ||
541 | Ikuo Morita | Atherosclerosis | |
542 | Jong-Shyan Wang | ||
543 | Roberto Pedrinelli | Atherosclerosis | |
544 | Shiladitya Sengupta | Angiogenesis | |
545 | Julie Andersen | Aging | |
546 | Meenakshi Mehan | Antioxidant supplementation | |
547 | Sylvain Chemtob | ||
548 | M. Kayser | ||
549 | Lukshmy Menik Hettihewa | ||
550 | Juan Carlos Kaski | Atherosclerosis | |
551 | Koji Hasegawa | ||
552 | Luis M. Blanco-Colio | Animal models | |
553 | Maurizio Averna | ||
554 | Dale Bredesen | ||
555 | Kenji Okumura | ||
556 | Adriano Andrade | ||
557 | Zhijun Cai | ||
558 | Paul Durrington | ||
559 | Sanjeev Chaudhary | Genetics | |
560 | Arpan Bhattacharya | Adrenal diseases | |
561 | Hari Kumar | Adrenal diseases | |
562 | Brian Reid | Cell biology | |
563 | Renu Virmani | Atherosclerosis | |
564 | Phil Cummins | Angiogenesis | |
565 | JH Bae | Atherosclerosis | |
566 | Raj Sumesh | Atherosclerosis | |
567 | Valentina Corino | ||
568 | Lestavel Sophie | ||
569 | Zhenxin Wang | ||
570 | Simmi Dube | Diabetes mellitus | |
571 | Ingemar Björkhem | ||
572 | Lening Zhang | Atherosclerosis | |
573 | Tsukasa Ohmori | Atherosclerosis | |
574 | Franco Pagani | ||
575 | Rekha Patel | Apoptosis | |
576 | Taous-Meriem Laleg | ||
577 | Bernhard Pfeifer | Biomedical engineering | |
578 | Peter Nilsson | ||
579 | Dipak Ramji | ||
580 | Patrizia Tarugi | ||
581 | Johannes Waltenberger | ||
582 | Eric Rassart | ||
583 | Yin Tintut | ||
584 | Gervois Philippe | Atherosclerosis | |
585 | Mutsuo Taiji | Behavioral neuroscience | |
586 | Yong Du | Experimental medicine | |
587 | Daryl Tan | Hematology | |
588 | Lorenzo Leggio | ||
589 | Fátima Martel | Biochemistry | |
590 | Bin Gao | Gastroenterology | |
591 | Mohandas K Mallath | Chemotherapy | |
592 | Sergey Zimatkin | Animal models | |
593 | Y. Lampl | Apoptosis | |
594 | Ping-Yen Liu | Cardiology | |
595 | Ozgur Pirgon | Endocrinology | |
596 | Ming-Hua Zheng | Epidemiology | |
597 | Hüseyin Engin | Anticancer drug | |
598 | Zhaoshen Li | Gastroenterology | |
599 | Konstantinos Tziomalos | Cardiology | |
600 | Ole Haagen Nielsen | ||
601 | Prashant Kumar | Allergy | |
602 | Gilberto Poggioli | ||
603 | Butera Gianfranco | Cardiology | |
604 | Jeane Mike Tsutsui | Cardiology | |
605 | Jenny Wilkinson | ||
606 | Jamal A. Alhashemi | Cardiology | |
607 | Yu-Jang Su | Emergency medicine | |
608 | Lin-Hsing Lin | Emergency medicine | |
609 | JOseph Lin | ||
610 | Nikolaos Tzemos | Cardiology | |
611 | Ville Kyt | Apoptosis | |
612 | Charles Melbern Wilcox | Gastroenterology | |
613 | Ming-Jui Hung | Cardiology | |
614 | Saqeb Mirza | ||
615 | Francisco Marín | Cardiology | |
616 | Diego Ardig | ||
617 | Kaizheng Gong | Cardiology | |
618 | Ediya Hassanova | Cardiology | |
619 | Shyi-Jou Chen | Animal models | |
620 | Pao-Hwa Lin | ||
621 | Han Hwa Hu | ||
622 | Josué Barahona-Garrido | Gastroenterology | |
623 | Yuh-Jer Shen | Cardiology | |
624 | Barry Palmer | Biochemistry | |
625 | George Aragon | Gastroenterology | |
626 | Giovanni Di Salvo | Cardiology | |
627 | Shaji Menon | Cardiology | |
628 | Daniel J B Marks | Gastroenterology | |
629 | Weekitt Kittisupamongkol | Autoimmune diseases | |
630 | Jack CF Chong | Cardiology | |
631 | Joanna Hlebowicz | Endocrinology | |
632 | Kwang-Hyun Baek | Cancer biology | |
633 | Jack Baker | Epidemiology | |
634 | Leonor Osório-Almeida | ||
635 | J. P. Quinn | Hematology | |
636 | Baijayantimala Mishra | ||
637 | GCF Chan | Hematology | |
638 | Chang chia-chu | Cardiovascular diseases | |
639 | David Dingli | Cancer biology | |
640 | Masanobu Kitagawa | Apoptosis | |
641 | Giovanni Corrado | Cardiology | |
642 | Endi Wang | Hematology | |
643 | José Chies | Genetics | |
644 | Jorge Gustavo Velasquez Melendez | Cardiovascular diseases | |
645 | Rohini Ghosh | ||
646 | Maria EstherEsteban Torn | Epidemiology | |
647 | Ryotaro Wake | Cardiology | |
648 | CH Liao | Endocrinology | |
649 | Ufuk Gunduz | Anticancer drug | |
650 | Wei H.Chen | ||
651 | Luca Testa | Apoptosis | |
652 | Kurpisz Maciej | Apoptosis | |
653 | Takuya Watanabe | Cardiology | |
654 | Lílian Rocha | Bacterial and HIV infection | |
655 | Emmanouil N Karatzis | Cardiology | |
656 | William M. Manger | Hypertension | |
657 | Chii-Min Hwu | Diabetes mellitus | |
658 | Stefano Perlini | Cardiology | |
659 | Mauro Rubini | Epidemiology | |
660 | Kenneth Wong | Anticancer drug | |
661 | Dov Gavish | Hypertension | |
662 | Yun Chang | ||
663 | Bai-Lin Wu | Genetics | |
664 | Viroj Wiwanitkit | Diabetes mellitus | |
665 | M Motasaddi Zarandy | ||
666 | Ivan Lerma Carrillo | Animal models | |
667 | Francesca Forzano | Genetics | |
668 | Giuseppe Limongelli | Cardiology | |
669 | Farkhondeh Behjati | Genetics | |
670 | Arash Khojasteh | ||
671 | Madhu Khullar | Cardiovascular diseases | |
672 | Tewin Tencomnao | Biochemistry | |
673 | Chiung-Mei Chen | Genetics | |
674 | Antonio Pazin-Filho | Cardiology | |
675 | Wayne H-H Sheu | Atherosclerosis | |
676 | Yih-Ru Wu | ||
677 | Heitor Moreno | Cardiology | |
678 | Lea Davis | Genetics | |
679 | Semra Paydas | Anticancer drug | |
680 | Stephen G. Grant | Anticancer drug | |
681 | Ashwin A Patkar | Genetics | |
682 | Mehul Patel | Cardiology | |
683 | Apurv Khanna | Diabetes mellitus | |
684 | Raza Alikhan | Hematology | |
685 | Maria Rosa | Epidemiology | |
686 | Arash Yavari | Animal models | |
687 | Niraj Mahajan | Gynecologic oncology | |
688 | A. Cristina Rossi | Diabetes mellitus | |
689 | K. Pavithran | Chemotherapy | |
690 | Samir A. Farghaly | Genetics | |
691 | Marjorie Greenfield | Cervical Cancer Screening | |
692 | Nongyao Kasatpibal | Epidemiology | |
693 | Daria Gaysina | Cardiovascular diseases | |
694 | Antonio Delgado-Almeida | Cardiology | |
695 | Mohamed A. Bayorh | Cardiovascular diseases | |
696 | Br BEN TEMIME Riadh | Gynecologic oncology | |
697 | T. Lyons | ||
698 | Sangeeta Jain | ||
699 | Berit Kerner | Genetics | |
700 | Matthew B. Dobbs | Cell biology | |
701 | Carmen Dominguez Luengo | Antioxidant capacity | |
702 | Chyi-Long Lee | Gynecologic oncology | |
703 | Chih-Feng Yen | Cell biology | |
704 | Moamar Al-Jefout | ||
705 | George P. Patrinos | Genetics | |
706 | Unal Eren | ||
707 | Krishnadas Nandagopal | Biochemistry | |
708 | Wei-Tso Chia | Autoimmune diseases | |
709 | Elan Ziv | ||
710 | Ronnie Lamont | ||
711 | J. S. Thakur | ||
712 | Dong-Hee Lee | Clinical Bioethics | |
713 | Alfio Ferlito | ||
714 | Elisabetta Garavaglia | Gynecologic oncology | |
715 | Linda A. Feagins | Autoimmune diseases | |
716 | Zdenka Ulcova-Gallova | Hormones and autoimmune diseases | |
717 | Raphael Ciuman | ||
718 | Yuri Novitsky | ||
719 | Emily E. Sickbert-Bennett | Epidemiology | |
720 | Anna Lisa Nucaro | Genetics | |
721 | Salvatore Conticello | ||
722 | Emanuele Buratti | Biochemistry | |
723 | Chiu-Chung Young | Bacterial environmental stress response | |
724 | Jose M. Palomo | Applied organic chemistry | |
725 | Carlo Ticconi | Endocrinology | |
726 | Prepageran Narayanan | Allergy | |
727 | Edson I. Mitre | Allergy | |
728 | Norberto Chavarría Hernández | Antioxidant capacity | |
729 | David W Borowski | Cancer therapy | |
730 | Paulo D’Amora | Apoptosis | |
731 | Danny Chu | Anaesthesia | |
732 | Alexander Poletaev | Allergy and immunology | |
733 | Kai Griebenow | Analytical chemistry | |
734 | R. Ramhorst | ||
735 | Serdar Ozbas | Adrenal tumors | |
736 | Igor Goryanin | ||
737 | Iqbal Ahmad | Antimicrobial & drug resistance | |
738 | Hisamitsu Zaha | Breast Cancer | |
739 | Justin C. Biffinger | ||
740 | Mariusz Kusztal | ||
741 | Prahlad Duggal | ||
742 | Imtiyaz Murtaza | ||
743 | Antonio Trincone | Bioscience and Biotechnology | |
744 | John P. Moore | Antioxidant capacity | |
745 | Chuanliang Feng | Biomaterials | |
746 | Raquel Lima-Miranda | Biochemistry | |
747 | Divya Vohora | ||
748 | Huleihel Mahmoud | ||
749 | Elijah Dixon | Clinical epidemiology | |
750 | Anil Agarwal | ||
751 | L. P. J. London | Adrenal diseases | |
752 | Mohammad Allahtavakoli | Free radicals & antioxidants | |
753 | Mohamed Enan | DNA damage & repair | |
754 | U. Kölsch | Allergic biochemistry | |
755 | M. Radenkovic | ||
756 | Rajesh Gupta | Cancer biology | |
757 | Jens Werner | ||
758 | A. Moratinos | Aging | |
759 | Bryan Richmond | ||
760 | Edward L. Bradley III | ||
761 | Premila Abraham | Animal models | |
762 | Günalp Uzun | ||
763 | Ming Cheng Tsai | ||
764 | Yuji Mano | Bioavailability | |
765 | Kiran Dip Gill | Bioactive compounds | |
766 | Sivakumar Gowder | Behavioral neuroscience | |
767 | John Strauss | Alternative medicine | |
768 | Haidong Tan | Bioinformatics applied to medicine | |
769 | Hock Hin | Biochemistry | |
770 | Young Ku | Bioactive compounds | |
771 | D. D. Fan | Biomaterials | |
772 | Boutros Fouad Sarrouh | Biochemistry | |
773 | C. S. Hwu | Bioscience and Biotechnology | |
774 | Yu-Long He | ||
775 | Inger-Lise Steffensen | Apoptosis | |
776 | Phil Hardwidge | Bacterial and HIV infection | |
777 | Lucia Baldi | Antibody engineering | |
778 | Luis E. Iglesias | Applied organic chemistry | |
779 | Beatriz M. Brena | ||
780 | Karen Böhme | Biomaterials | |
781 | Chuanling Qiao | ||
782 | Qayyum Husain | Antibody engineering | |
783 | Baofeng Yang | ||
784 | Suresh Rao | ||
785 | Hyun Jeong Kim | ||
786 | Asmita Prabhune | ||
787 | Evgeny F. Chmutin | Antibody engineering | |
788 | Jianhui Liu | ||
789 | Hiroki | ||
790 | Mária Ďurišová | ||
791 | Hee Dong Chae | ||
792 | Wei-Hua Yan | Cancer biology | |
793 | Nicolás Padilla-Raygoza | ||
794 | PE Cattan | Ecology | |
795 | Masataka Korenaga | ||
796 | Alfredo Ernesto Romero Rojas | ||
797 | Hubert Darius J. Daniel | DNA methylation | |
798 | Jose Antonio Pariente | Apoptosis | |
799 | H.Hadi Nedoushan | Allergy and immunology | |
800 | Ioannis Kanellos | ||
801 | Yoshihiro Moriwaki | ||
802 | Pablo Daniel Ghiringhelli | Bioinformatics applied to medicine | |
803 | Charles Tan | ||
804 | Amalia Peix | Cardiology | |
805 | Xueying Sun | Allergy and asthma | |
806 | Girgoris Chatzimavroudis | Endoscopic surgery | |
807 | Nesrin Reis | Cervical Cancer Screening | |
808 | Mark Seamon | Critical care medicine | |
809 | Maged El-Setouhy | Bacterial and HIV infection | |
810 | Nobumi Tagaya | Adrenal diseases | |
811 | Javed Yakoob | Gastroenterology | |
812 | Laurent Riou | Animal models | |
813 | Konradin Metze | Angiogenesis | |
814 | Tadahiko Shien | Breast Cancer | |
815 | Alex Owusu-Ofori | Clinical laboratory science | |
816 | Arbind Acharya | Allergy and immunology | |
817 | Varut Lohsiriwat | ||
818 | Yong Sang Lee | Adrenal tumors | |
819 | Chaeyoung Lee | Epidemiology | |
820 | Pascual Medina | Cardiology | |
821 | Susan Shawcross | Bacterial environmental stress response | |
822 | Daniel Athanazio | Animal models | |
823 | Marcelo Alves Pinto | Allergic biochemistry | |
824 | Haridimos Markogiannakis | Adrenal diseases | |
825 | Seeta Laxman | Bioscience and Biotechnology | |
826 | Jianan Zhang | Bioscience and Biotechnology | |
827 | Romeo Soler | Diabetes mellitus | |
828 | Adhish Basu | ||
829 | Michael Fröhner | Chemotherapy | |
830 | Chen-Chang Yang | Alternative medicine | |
831 | Richard Njouom | ||
832 | Rainer Mittermayr | Angiogenesis | |
833 | John Walker | Antimicrobial & drug resistance | |
834 | R. Meenakshi | Cervical Cancer Screening | |
835 | Maria Koliou | Infectious diseases | |
836 | Vijay Ramachandran | Cancer markers | |
837 | L. Leontides | Epidemiology | |
838 | Nihal Thomas | Adrenal diseases | |
839 | Marcus Quek | ||
840 | Dimitris Placantonakis | Gene therapy | |
841 | Tinghe Yu | Anticancer drug | |
842 | Leonardo Oliveira Reis | Adrenal diseases | |
843 | Yuliang Liu | Apoptosis | |
844 | Gianpiero Gravante | ||
845 | Hossein Hosseinkhani | Alternative medicine | |
846 | Ana I. Morales | ||
847 | Asok Mukhopadhyay | Cell and tissue research | |
848 | Ali Dogan Bozdag | ||
849 | Srinivas Nammi | Alternative medicine | |
850 | Yamasaki Hiroshi | ||
851 | Dawit Albieiro Pinheiro Goncalves | ||
852 | Ki-Chul Hwang | Calcium signalling | |
853 | Judith A Hoyland | Biomaterials | |
854 | Jorge E. Zavala Castro | Animal models | |
855 | Gawrie Hapugalle | Antimicrobial & drug resistance | |
856 | Sanja Vujisic | Andrology | |
857 | Dave Greenwald | ||
858 | Koutarou Maeda | Cancer therapy | |
859 | Neeloo Singh | Antimicrobial & drug resistance | |
860 | Gianandrea Pasquinelli | Angiogenesis | |
861 | Bernd Schmitz-Drager | ||
862 | Boriana Jahns | ||
863 | Lihua Song | Antimicrobial & drug resistance | |
864 | Guangxing Li | Animal models | |
865 | M.F. Bijlsma | Cancer biology | |
866 | Dra Mariângela Ribeiro Resende | Bacterial and HIV infection | |
867 | Jinyong Peng | Analytical chemistry | |
868 | Adil Allahverdiyev | Anticancer drug | |
869 | Zarrin Eshaghi | ||
870 | Reinhilde Schoonjans | Antibody engineering | |
871 | Hongchang Gao | Analytical chemistry | |
872 | Shah-Hwa Chou | Dysphagia (swallowing disorders) | |
873 | Fabiola Manhas Verbi Pereira | Analytical chemistry | |
874 | Hans-Rudolf Tinneberg | Endocrinology | |
875 | Xianliang Li | Clinical immunology | |
876 | Jaishree Raman | Antimicrobial & drug resistance | |
877 | A. M. Abd El-Aty | Analytical chemistry | |
878 | Tadeusz Michalowski | Analytical chemistry | |
879 | Peng Zhou | Bioinformatics applied to medicine | |
880 | Hongzong Si | Epidemiology | |
881 | Xiaojun Yao | Bioinformatics applied to medicine | |
882 | Kazuko Masuo | Cardiovascular diseases | |
883 | Salma Afifi | Clinical epidemiology | |
884 | Haishan Deng | Analytical chemistry | |
885 | Pradeep Puthenveetil | Adrenal tumors | |
886 | Xuanhong Cheng | Biomaterials | |
887 | Goulnar Kasymjanova | Cancer therapy | |
888 | YC Wong | Analytical chemistry | |
889 | Emirhan Nemutlu | Analytical chemistry | |
890 | Demetrius G. Themelis | Analytical chemistry | |
891 | Hassan Ali Zamani | Analytical chemistry | |
892 | Sotiris Sotiropoulos | Analytical chemistry | |
893 | Jae-Han Shim | Analytical chemistry | |
894 | Philippe Rondeau | Antioxidant capacity | |
895 | Johnson Su | Analytical chemistry | |
896 | Christos Georgiou | DNA detection | |
897 | Genxi Li | Analytical chemistry | |
898 | Rawil Fakhrullin | Biomaterials | |
899 | Beppe Piccinni | Endoscopic surgery | |
900 | Marco Antonio Becerril Flores | Acarology | |
901 | Maria de los Angeles Chavez | Biochemistry | |
902 | Ankit Shrivastav | Diabetes mellitus | |
903 | Jalal Mardaneh | Antimicrobial & drug resistance | |
904 | Moritz Wente | ||
905 | Paris Tzanavaras | Analytical chemistry | |
906 | G. S. Nyanhongo | Antioxidant capacity | |
907 | Yusuf Dilgin | Analytical chemistry | |
908 | Theodoros Kelesidis | Bacterial and HIV infection | |
909 | Ibrahim Badr | ||
910 | Alfons Lawen | Apoptosis | |
911 | Ingeborg Zehbe | ||
912 | Oxana Dobrovinskaya | Apoptosis | |
913 | Ruben Lopez-Revilla | Cervical Cancer Screening | |
914 | Rainer Barbieri | ||
915 | Yuqing Miao | Biosensors | |
916 | Jen-Ai Lee | Analytical chemistry | |
917 | Karen Goraieb | Aerosol | |
918 | Rikard Landberg | Bioactive compounds | |
919 | Herbert Gong | Animal models | |
920 | Dipak Dube | Biochemistry | |
921 | ZhX Yao | Embryo development | |
922 | Ajit Sadana | Bioscience and Biotechnology | |
923 | GM Lavranos | Andrology | |
924 | Ryan Sowell | Cytokines Transcription factors | |
925 | Qiliang Deng | Analytical chemistry | |
926 | W. S. Aronow | Cardiovascular diseases | |
927 | Joao Paulo Mardegan Issa | Animal models | |
928 | Shireen Hafez | Angiogenesis | |
929 | Giuseppe Scardina | Angiogenesis | |
930 | Marcin Arciszewski | Gastroenterology | |
931 | Viktor Viglasky | Biochemistry | |
932 | Nicolin Vanessa | Anticancer drug | |
933 | Tomasz Stankiewicz | Antioxidant capacity | |
934 | George Yip | Cancer biology | |
935 | Qiang Wang | Clinical oncology | |
936 | William Perez | ||
937 | Nasser Said-Al-Naief | Autoimmune diseases | |
938 | Murta Eddie | Breast Cancer | |
939 | Antonio Luis Pereira do Amaral | Computer imaging | |
940 | Paul Riley | Angiogenesis | |
941 | Mark Slevin | Angiogenesis | |
942 | Tai-jun Hang | Analytical chemistry | |
943 | Kenneth Yu | Emergency medicine | |
944 | Jeffrey Freeman | Allergy and asthma | |
945 | Shyr-Chyr Chen | Critical care medicine | |
946 | Shengxi Wu | ||
947 | Yasutomo Nomura | Biomedical analysis | |
948 | Alfredo Vittoria | Cell and tissue research | |
949 | Li-chien Chien | Emergency medicine | |
950 | Panagiotis Georgoulias | Cardiovascular diseases | |
951 | Betania Drumond | Cell cycle & growth control | |
952 | Seppan Prakash | Andrology | |
953 | Sadiye Kum | Cytology and histology | |
954 | Fuat Dede | ||
955 | Giuseppe Camporese | Atherosclerosis | |
956 | Gayle Woloschak | Aging | |
957 | Chien-Feng Li | Cancer biology | |
958 | Maciej Janeczek | Animal models | |
959 | Fatih Tanryverdi | Endocrinology | |
960 | Haruhiro Muratsubaki | Analytical chemistry | |
961 | Douglas Iddings | Adrenal tumors | |
962 | Isabel Acedo Valenzuela | Analytical chemistry | |
963 | Renato Torresan | Breast Cancer | |
964 | Yueh-Feng Tsai | ||
965 | Alison Laidley | Breast Cancer | |
966 | Jin-Yeong Han | Hematology | |
967 | Udo S. Gaipl | Animal models | |
968 | Muhammad Hena | ||
969 | Patrick Provost | ||
970 | Jörg Busch | Antioxidant supplementation | |
971 | Catherine Lee | Breast Cancer | |
972 | Tetsuro Sasada | Immunotherapy | |
973 | Olga Malylsheva | ||
974 | Jaw-Yuan Wang | Cancer markers | |
975 | Christopher Rao | Cardiac Surgery | |
976 | Cem Dane | Gynecologic oncology | |
977 | Victor Dayan | Aortic Aneurysms | |
978 | Kumaran Narayanan | ||
979 | Eva Lieto | ||
980 | Ravi Gutti | Apoptosis | |
981 | Ichiro Akagi | Gastroenterology | |
982 | Tunc Ones | ||
983 | Han-Shui Hsu | Critical care medicine | |
984 | Ilias Kouerinis | Cardiac Surgery | |
985 | Carlo Nicola De Cecco | Computer imaging | |
986 | Ana Maria Waaga-Gasser | Cancer markers | |
987 | Erik Suuronen | Angiogenesis | |
988 | Koray Ak | Cardiac Surgery | |
989 | Minxin Wei | Cardiac Surgery | |
990 | Clifford L. Cua | Cardiology | |
991 | Marie Steiner | Antiphospholipid syndrome | |
992 | Jiin-Tsuey Cheng | ||
993 | Yunlan Su | Biomaterials | |
994 | Mapia Tsironi | Allergy | |
995 | Yves Durandy | Cardiac Surgery | |
996 | Lei Ye | Angiogenesis | |
997 | Albert O-Yurvati | Cardiac Surgery | |
998 | Amatre Gerald | Cell biology | |
999 | Xiao Ding | Genetics | |
1000 | Brett Green | Aerosol | |
1001 | Pawan Kumar | Cardiac Surgery | |
1002 | Basu Pandey | Arbovirology | |
1003 | Evaldas Girdauskas | Aortic Aneurysms | |
1004 | Daniel Dory | Animal models | |
1005 | Ming-Jen Lee | Genomics – Medical genomics | |
1006 | Marcelo Franco | Apoptosis | |
1007 | Francisco J Saéz Crespo | Cell and tissue research | |
1008 | Saleh Abbas | Cancer biology | |
1009 | Aly Ayyildiz | Adrenal tumors | |
1010 | Viviana Castilla | ||
1011 | Michael Ohene-Yeboah | Breast Cancer | |
1012 | Csontos Csaba | Anaesthesia | |
1013 | Simona Zerbi | ||
1014 | Wong Kutt Sing | ||
1015 | Eiichi N. Kodama | Bacterial and HIV infection | |
1016 | Jean-Luc Voisin | Ecology | |
1017 | Roy Chen | Cancer therapy | |
1018 | Oguzhan Sunamak | Endoscopic surgery | |
1019 | Dianella Savoia | Antimicrobial & drug resistance | |
1020 | Ferdinand Serracino-Inglott | Aortic Aneurysms | |
1021 | K. Nader | Imaging | |
1022 | Sezgin Yılmaz | Antioxidant capacity | |
1023 | Shah Alam Khan | ||
1024 | Robert Lewis Powell Flower | Hematology | |
1025 | Kaan Kirali | Cardiac Surgery | |
1026 | Naglaa El-Lakkany | Bioavailability | |
1027 | Hedef Özgün | Breast Cancer | |
1028 | Nevin Sanlier | Diabetes mellitus | |
1029 | Eva M. Alvarez Moya | ||
1030 | Sayed Seif El-Din | Antioxidant capacity | |
1031 | Maria de Lurdes Ribeiro Pinto | Angiogenesis | |
1032 | Dalokay Kilic | Endoscopic surgery | |
1033 | Eduardo Iglesias Gutierrez | ||
1034 | Guanglin Cui | Cancer biology | |
1035 | Michael Peikert | Emergency medicine | |
1036 | Pavol Zubor | Breast Cancer | |
1037 | Renata Cserjesi | Behavioral neuroscience | |
1038 | Jorge Humberto Gomes Leitao | Bacterial environmental stress response | |
1039 | Milen Georgiev | ||
1040 | Liang He | Analytical chemistry | |
1041 | Khalilur Rahman | Clinical neurophysiology | |
1042 | Michael Williams | Emergency medicine | |
1043 | Guang-Rong Zhao | Anticancer drug | |
1044 | Rathinam Raja | Anticancer drug | |
1045 | John Kilbane | Bioscience and Biotechnology | |
1046 | Jose Alberto Narvaez Zapata | Extremophilic microbiology | |
1047 | Baki Hazer | Biomaterials | |
1048 | Yongxiao Bai | Antimicrobial & drug resistance | |
1049 | Haijin Mou | Bioactive compounds | |
1050 | Naveed Khan | Cell adhesion | |
1051 | Kesheng Dai | Cardiovascular physiology | |
1052 | Ron June | Biomaterials | |
1053 | Marcia Cabrera | Antimicrobial and anticancer peptides | |
1054 | Gaetano Magro | Breast Cancer | |
1055 | Bashir Matata | Cardiovascular diseases | |
1056 | Neslihan Toyran | Biophysics | |
1057 | Heloisa Sobreiro Selistre de Araújo | Angiogenesis | |
1058 | Romi Ghose | Hepatology | |
1059 | Bharath Vishwanathan | Cancer biology | |
1060 | Zheng-Guo He | DNA-Replication | |
1061 | Laura Schreier | ||
1062 | Belma Turan | Antioxidant supplementation | |
1063 | Yeong Rhee | Diabetes mellitus | |
1064 | Silvia Lores Arnaiz | Free radicals & antioxidants | |
1065 | Eduardo Rodriguez | Bioactive compounds | |
1066 | Mojgan Shaiegan | Clinical immunology | |
1067 | Lihai Zhang | Biomechanics | |
1068 | Yaling Shen | Bioactive compounds | |
1069 | Morteza Pourahmad | Bacterial and HIV infection | |
1070 | Abbas Ali Mansour | Cardiovascular diseases | |
1071 | A. K. Sinha | Bacterial and HIV infection | |
1072 | Bamidele Rabiu | Cancer therapy | |
1073 | Bo Liu | Apoptosis | |
1074 | Yan Cheng | Apoptosis | |
1075 | Nenad Lakusic | Cardiology | |
1076 | Ricardo Jorge Hernández | Clinical epidemiology | |
1077 | Alma Arce | Immunology | |
1078 | Gloria Soberon | Bioscience and Biotechnology | |
1079 | Aleksandra Topic | Biochemistry | |
1080 | B. Narayana | Antioxidant capacity | |
1081 | Rosa Lemmens-Gruber | Antimicrobial and anticancer peptides | |
1082 | Hongting Zheng | Diabetes mellitus | |
1083 | Armando Rojas Rubio | Angiogenesis | |
1084 | Wei-Xing Wang | Adrenal diseases | |
1085 | Tong Liang | ||
1086 | Samir Jaoua | Antibody engineering | |
1087 | Lubica Lacinova | Biophysics | |
1088 | Alok Sharma | Allergic biochemistry | |
1089 | Jing-Sheng Cheng | Apoptosis | |
1090 | Marketa Fojtikova | ||
1091 | Sohail S. Qazi | Biochemistry | |
1092 | Jens Vinge Nygaard | Biomaterials | |
1093 | Federico Castro-Munozledo | Cell and tissue research | |
1094 | Rafael Llanes | Antimicrobial & drug resistance | |
1095 | Cristina Carrillo | Apoptosis | |
1096 | Deniz Koksal | ||
1097 | Francesco Fiorica | Angiogenesis | |
1098 | Ralf Moeller | Antimicrobial & drug resistance | |
1099 | Elisabetta Albi | Aging | |
1100 | Cátia Sodré | Biochemistry | |
1101 | Rafael Moreno-Sanchez | Biochemistry | |
1102 | Mohamed Rholam | Aging | |
1103 | M. Eugenia González | ||
1104 | Fang-Rong Chang | Alternative medicine | |
1105 | G. P. van Nieuw Amerongen | ||
1106 | M. Togha | ||
1107 | Michaela Luconi | Andrology | |
1108 | Hayam Ashour | Applied organic chemistry | |
1109 | Rong-Jen Shiau | Bacterial environmental stress response | |
1110 | Sandra Carvalho Bos | ||
1111 | Gijs van Puijvelde | Immunology | |
1112 | Seiji Shibasaki | Bioscience and Biotechnology | |
1113 | Per Lindblom | Angiogenesis | |
1114 | Panayotis Fantidis | Animal models | |
1115 | Lu Gao | Cell and tissue research | |
1116 | Oliver Hofnagel | Atherosclerosis | |
1117 | Nima Amirshahi | Anticancer drug | |
1118 | Sharifa Ezat Alkaff | Human Papillomavirus vaccine | |
1119 | Maren Luchtefeld | Atherosclerosis | |
1120 | Muthuswamy Balasubramanyam | Aging | |
1121 | Pier Morin | Cancer biology | |
1122 | Xiao-feng Yang | Apoptosis | |
1123 | Gema Perez | Aging | |
1124 | Xingyuan Ma | Antibody engineering | |
1125 | Jung Sup Lee | Biochemistry | |
1126 | Mostafa Ahmed Hussein | Applied organic chemistry | |
1127 | Jozélio Carvalho | Antiphospholipid syndrome | |
1128 | Snezna Sodin-Semrl | Atherosclerosis | |
1129 | Pierre Youinou | Avian Influenza Virus-AIV (Bird Flu) | |
1130 | Margarita Sazonova | Gene therapy | |
1131 | Tsugikazu Komoda | Analytical chemistry | |
1132 | Jung Y. Park | Anesthesia & pain | |
1133 | Marli Cardoso Martins Pinge | Cardiovascular diseases | |
1134 | Sandra Marineo | Bioscience and Biotechnology | |
1135 | Dr. Dolu | Animal models | |
1136 | Christina Coughlan | Aging | |
1137 | Maurizio Acampa | Atherosclerosis | |
1138 | Diego Bonatto | Aging | |
1139 | Fakhrul Islam | Behavioral neuroscience | |
1140 | Profumo Elisabetta | Apoptosis | |
1141 | Meenakshi Sharma | Animal models | |
1142 | Hiroshi Yoshida | Cardiovascular diseases | |
1143 | Ala’a Alkerwi | Clinical epidemiology | |
1144 | Luis Quintas | Bioactive compounds | |
1145 | Claudio Carallo | Atherosclerosis | |
1146 | Janos Kadar | Autoimmune diseases | |
1147 | Siddharth Kumar | Antiphospholipid syndrome | |
1148 | Deliang Cao | Anticancer drug | |
1149 | Mitsuhiro Ohshima | Biochemistry | |
1150 | Juhua Yang | Biomedical engineering | |
1151 | Melanie Spotheim-Maurizot | Antioxidant supplementation | |
1152 | Madhu Narasimhan | Angiogenesis | |
1153 | Zengqiang Yuan | Apoptosis | |
1154 | Xuejun Sun | Animal models | |
1155 | Yue Wang | Hepatology | |
1156 | Toshinori Ozaki | ||
1157 | Ji Chang You | Gene therapy | |
1158 | Nerino Allocati | Biochemistry | |
1159 | Ileana Manduteanu | Atherosclerosis | |
1160 | Fei Li | Biochemistry | |
1161 | Lisa Harlan-Williams | Anticancer drug | |
1162 | Dingbo Lin | Aging | |
1163 | Eiichi Kumamoto | Anesthesia & pain | |
1164 | Sandip K. Bandyopadhyay | Alternative medicine | |
1165 | Anja Fjorback | Cellular biochemistry | |
1166 | Hongchuan Jin | Apoptosis | |
1167 | William KK Wu | Cancer biology | |
1168 | Alexander Staruschenko | ||
1169 | Kyung-Sun Kang | Cell cycle & growth control | |
1170 | Deng-Ke Niu | Evolutionary biology | |
1171 | Zikuan Guo | ||
1172 | Vinay J. Nagaraj | Adrenal tumors | |
1173 | Chris Vogel | Cytokines Transcription factors | |
1174 | William J. Lennraz | Cell biology | |
1175 | Anxun Wang | Cancer therapy | |
1176 | Ranju Bansal | ||
1177 | Philip Young | Allergic biochemistry | |
1178 | Cheorl-Ho Kim | Cancer biology | |
1179 | Sang Hoon Kim | Cell cycle & growth control | |
1180 | Young-Kug Choo | Bioscience and Biotechnology | |
1181 | Quan Chen | Apoptosis | |
1182 | Joe Quadrilatero | Antioxidant supplementation | |
1183 | Chengtao Her | Apoptosis | |
1184 | Wayne Carter | Aging | |
1185 | Malas Stavros | Embryo development | |
1186 | Takeshi Sekiguchi | ||
1187 | Horng-Dar Wang | Aging | |
1188 | Masashi Mizuno | Functional foods | |
1189 | Jianli Dong | Cancer biology | |
1190 | Sebastian Gehmert | Angiogenesis | |
1191 | Cristiane Villarreal | Anesthesia & pain | |
1192 | Cuiqing Liu | Vascular biology | |
1193 | Stephen Bell | Bioscience and Biotechnology | |
1194 | Liang Yu | Clinical oncology | |
1195 | Krzysztof Ksiazek | Aging | |
1196 | Ashok Kumar | Gastroenterology | |
1197 | Domenico Maiorano | Cell biology | |
1198 | Khoo Boonyin | Anticancer drug | |
1199 | Simon Fox | Apoptosis | |
1200 | Cordula Stover | Animal models | |
1201 | Zongbing You | Apoptosis | |
1202 | Benek Wladyka | Biochemistry | |
1203 | Xuesong Wu | Cancer therapy | |
1204 | Sanga Sadat | Angiogenesis | |
1205 | César Ramos-Remus | Rheumatology | |
1206 | Pingyong Xu | Calcium signalling | |
1207 | Surajit Bhattacharyya | Antimicrobial & drug resistance | |
1208 | Surajit Basak | Bioinformatics applied to medicine | |
1209 | Shuo Dong | Hematology | |
1210 | Guillaume Lenormand | Biological and Medical Physics | |
1211 | Giuseppe Baldacci | Biochemistry | |
1212 | Rafik Ragheb | Biochemistry | |
1213 | Xiying Shang | Breast Cancer | |
1214 | Zhongxing Liang | Anticancer drug | |
1215 | Brent Selinger | Microbiology | |
1216 | Hafiz Ahmed | Angiogenesis | |
1217 | Jinjun Li | Angiogenesis | |
1218 | Su-Il Do | Biochemistry | |
1219 | Baiyan Li | Calcium signalling | |
1220 | Sheela Ramanathan | Autoimmune diseases | |
1221 | Kanya Honoki | caner biology | |
1222 | Rakha H. Das | Biochemistry | |
1223 | Stephen Toovey | Avian Influenza Virus-AIV (Bird Flu) | |
1224 | Sandro Lezhava | DNA detection | |
1225 | Vittoria Petruzzella | Mitochondrial Biology and Medicine | |
1226 | Yong Lin | Anticancer drug | |
1227 | Sang Sun Kang | Calcium signalling | |
1228 | Jihua Yao | Embryo development | |
1229 | Yanhui Yin | Cancer biology | |
1230 | Jörg Kobarg | Cancer biology | |
1231 | Yong-Xiao Wang | Allergy and asthma | |
1232 | Maria Marino | Cancer biology | |
1233 | Patrícia Castelucci | Animal models | |
1234 | Anoop Thekkuveettil | Cell adhesion | |
1235 | Angelo Sala | Allergy and asthma | |
1236 | Mi-Young Lee | Apoptosis | |
1237 | Andrey Kozlov | Animal models | |
1238 | Ana Melo | Biochemistry | |
1239 | Lakhu Keshvara | Allergic biochemistry | |
1240 | DW Kim | Stem cell | |
1241 | Venkat Mathura | Bioinformatics applied to medicine | |
1242 | Xiaomin Zhang | Aging | |
1243 | Masami Miyake | Bacterial and HIV infection | |
1244 | Shuji Toda | Angiogenesis | |
1245 | Michael Greenwood | Apoptosis | |
1246 | Antonio Mansur | Cardiology | |
1247 | Hajime Nozawa | Nutrition | |
1248 | Subhash Agarwal | Anticancer drug | |
1249 | Doralina do Amaral Rabello Ramos | Human Papillomavirus infection | |
1250 | Janice Drew | Cancer biology | |
1251 | Abdel-Monem Abdallah | Biochemistry | |
1252 | Jacob Raber | Aging | |
1253 | Yusuke Kato | Antimicrobial and anticancer peptides | |
1254 | Bruno Guigas | Animal models | |
1255 | Anna Kurlandzka | Cell biology | |
1256 | Olga Calderon | Cell biology | |
1257 | Xiukun Lin | Bio-Pharmaceutical | |
1258 | Elson Janine | Obstetrics and gynecology | |
1259 | Oksoo Han | Biochemistry | |
1260 | Wensi S. Hu | Antimicrobial & drug resistance | |
1261 | Ernesto javier Grasso | Cell biology | |
1262 | Aftab Taiyab | Cell biology | |
1263 | K. Y. Chen | Aging | |
1264 | Dr. Elizondo | Molecular and Cellular Pharmacology | |
1265 | Youngsoo Kim | Pharmacology | |
1266 | Kaifu Tang | DNA methylation | |
1267 | Ki-Hyuk Shin | Cancer biology | |
1268 | Feyzulllah Beyaz | Histology and Embryology | |
1269 | Luke Brewster | Vascular Surgery | |
1270 | Peng Hou | Anticancer drug | |
1271 | Benaïssa ELMoualij | Biochemistry | |
1272 | Henryk Kozlowski | Anticancer drug | |
1273 | Makoto Ohori | Autoimmune diseases | |
1274 | Wen-Quan Zou | Aging | |
1275 | Yamamoto Yasuhiko | Diabetes mellitus | |
1276 | Yi Zhang | Biochemistry | |
1277 | Ewa Marszal | Biochemistry | |
1278 | Søren P. Sheikh | Carcinogenesis | |
1279 | Yu Huang | Cardiovascular diseases | |
1280 | Katia Cailliau Maggio | Animal models | |
1281 | Ralf Braun | Aging | |
1282 | Mercè Pérez Riba | immunosuppressants | |
1283 | Rina Rosin-Arbesfeld | Cancer biology | |
1284 | Jung Weon Lee | Cancer biology | |
1285 | Hong He | Cancer biology | |
1286 | Sung-Hoon Kim | Allergy | |
1287 | Roberto Amendola | Apoptosis | |
1288 | Graciela Pedrana | Cell biology | |
1289 | Jochen Fries | Cell adhesion | |
1290 | S. Minamisawa | Cellular and molecular cardiology | |
1291 | Yiping Rong | Apoptosis | |
1292 | Chien-Jui Huang | Microbialbiotransformations/enzyme catalysis | |
1293 | Eiichi Gohda | Biochemistry | |
1294 | Hoyun Lee | Anticancer drug | |
1295 | Marcelo Fernandes da Costa | Neuropharmacology | |
1296 | Rajendra P. Ojha | Biophysics | |
1297 | Zhe-Sheng Chen | Cancer therapy | |
1298 | Ravichandran Kameswaran | Angiogenesis | |
1299 | El-Refaie Kenawy | Antimicrobial and anticancer peptides | |
1300 | Jose D. Mendez | Angiogenesis | |
1301 | Athanasia Kotini | Biomagnetism | |
1302 | G. Venkatesh | Analytical chemistry | |
1303 | Shuangqing Zhang | Bioavailability | |
1304 | Paola Torricelli | Biomaterials | |
1305 | Jean Leandro dos Santos | Bioactive compounds | |
1306 | Mohamed A. H. Ismail | Anticancer drug | |
1307 | Quinlan Leo | Apoptosis | |
1308 | Qinhua chen | Biomedical analysis | |
1309 | Yung-Feng Liao | Neurobiology | |
1310 | Andrea Nicolini | Anticancer drug | |
1311 | Igor B. Resnick | Clinical immunology | |
1312 | Gianluca Tettamanti | Apoptosis | |
1313 | Riccardo Pierantoni | Bio-Pharmaceutical | |
1314 | Nadia Jessel | Angiogenesis | |
1315 | E. Popechitelev | Bioinformatics applied to medicine | |
1316 | Haïtham Sghaier | Extremophilic microbiology | |
1317 | Ke Lan | Bioavailability | |
1318 | Eid M. Sayed Azzam | Applied organic chemistry | |
1319 | Jung C. Lee | Antimicrobial & drug resistance | |
1320 | Andrzej Hendrich | Antioxidant capacity | |
1321 | Adam Lesner | Analytical chemistry | |
1322 | Robert Chow | Stem cell | |
1323 | Dinorah Gambin | Anticancer drug | |
1324 | Luiz Everson | Medicinal chemistry | |
1325 | Ram Pratap | Medicinal chemistry | |
1326 | Kalpit Desai | Biomedical signal processing | |
1327 | Frank Diederichs | Biophysics | |
1328 | Adam Curtis | Cell adhesion | |
1329 | Yufang Hu | Biomedical engineering | |
1330 | Zimei Rong | Analytical chemistry | |
1331 | Shadia Ahmed Galal | Anticancer drug | |
1332 | John Sorensen | Alternative medicine | |
1333 | Phei Lok | Antimicrobial & drug resistance | |
1334 | Patrick J. Hrdlicka | DNA detection | |
1335 | Ashraf Ali | Anticancer drug | |
1336 | Shiow-ju Lee | Bioactive compounds | |
1337 | Lanrong Bi | Aging | |
1338 | Shenlin Huang | Medicinal chemistry | |
1339 | Dongfeng Pan | Anticancer drug | |
1340 | Yoonkyung Park | Antimicrobial & drug resistance | |
1341 | Yongjun Gao | Aging | |
1342 | Rafik Karaman | Medicinal chemistry | |
1343 | Petar M. Mitrasinovic | Apoptosis | |
1344 | Leonardo Fraceto | Analytical chemistry | |
1345 | Faleiro Neira | Analytical chemistry | |
1346 | Valeriya Trusova | Biological and Medical Physics | |
1347 | San Biagio | Biophysics | |
1348 | Ina Nemet | Analytical chemistry | |
1349 | Gulshan Kumar Bansal | Analytical chemistry | |
1350 | Thusitha Abeytunga | Bioactive compounds | |
1351 | Vijay Rangachari | Biochemistry | |
1352 | Ti-Fei Yuan | Neurorehabilitation | |
1353 | Thanasis Kyrgidis | Bone synthesis, implant, osteointegration | |
1354 | Xiaolong Liu | Bacterial and HIV infection | |
1355 | Bob Gogal | Aging | |
1356 | Marcus Mau | Animal models | |
1357 | Albert Farrugia | Bioscience and Biotechnology | |
1358 | K. L. Dhar | Medicinal chemistry | |
1359 | Abolfazl Golestani | Antioxidant capacity | |
1360 | Marcos Hikari Toyama | Medical herbs | |
1361 | Shen Lan | Apoptosis | |
1362 | Dr. Qu | Aging | |
1363 | Ervin Mingomataj | Allergy | |
1364 | Ebru Karpuzoglu | Cytokines Transcription factors | |
1365 | Zhijun Li | Bioinformatics applied to medicine | |
1366 | Abdul A. Waheed | Virology | |
1367 | Αndreadis A. Dimitrios | Autoimmune diseases | |
1368 | Teodora Zecheru | Aerosol | |
1369 | Yu Liu | Cardiology | |
1370 | Fernanda Ely | Antimicrobial & drug resistance | |
1371 | Amrita Madabushi | Biochemistry | |
1372 | Amiya Kumar Panda | Antioxidant capacity | |
1373 | Renyuan Chu | Ophthalmology | |
1374 | Jose M. Palacios-Jaraquemada | obstetrics and gynecology | |
1375 | Luis Olivares-Quiroz | Biochemistry | |
1376 | Mao Mao | Opthalmology | |
1377 | Aqeel Javeed | pharmacology | |
1378 | Shunzong Yuan | Non-Hodgkin’s Lymphoma | |
1379 | Elísio Costa | Hereditary blood disorders | |
1380 | Giandomenico Palka | Clinical immunology | |
1381 | Huaxiu Shi | Gastroenterology | |
1382 | Ivan I. Senin | Auto antibodies | |
1383 | Evangelos Mazaris | Urology | |
1384 | Christopher G. Wood | Urology | |
1385 | Philip Gao | Biophysics | |
1386 | Rhana Zakri | Surgery | |
1387 | Uma Krishnamoorthy | Obstetrics and gynecology | |
1388 | João Moura | Hematology and immunology | |
1389 | Zhaomin Li | Cancer biology | |
1390 | Jürgen Pannek | Urology | |
1391 | Tim Idzenga | Atherosclerosis | |
1392 | Jemal Haidar | nutrition | |
1393 | E. Orrantia | Antimicrobial & drug resistance | |
1394 | Yorick Gitton | Bioscience and Biotechnology | |
1395 | Liron Pantanowitz | Angiogenesis | |
1396 | Ja Heyon Ku | Urology | |
1397 | Françoise Valentini | Urology | |
1398 | Sachin Puri | Immunotherapy | |
1399 | Ahmed Moharram | Urology | |
1400 | Nagla ElMelegy | Allergic biochemistry | |
1401 | Lei Chen | Apoptosis | |
1402 | Kazeem Oshikoya | Pediatric | |
1403 | S. K. Liao | Cancer biology | |
1404 | Benchun Liu | Bioscience and Biotechnology | |
1405 | Eyal Itshayek | surgery | |
1406 | Mandeep Kaur | Anticancer drug | |
1407 | Parveen Kumar | Anticancer drug | |
1408 | Martin Wong | Cardiovascular diseases | |
1409 | Hao Li | Bacterial environmental stress response | |
1410 | Bai Yun | Gene therapy | |
1411 | Xiqiang Liu | Cancer markers | |
1412 | Emina Torlakovic | Hodgkins disease | |
1413 | Forrest Zhang | DNA methylation | |
1414 | Rumena Petkova | Cell biology | |
1415 | Arinze Okoli | Bile acid | |
1416 | Errol Morrison | Diabetes mellitus | |
1417 | Donovan McGrowder | Antioxidant capacity | |
1418 | Puja Garg | Animal models | |
1419 | Victor Lee | Cancer therapy | |
1420 | Jan B. Vermorken | Gynecologic oncology | |
1421 | Wen Li | Biochemistry | |
1422 | Magdalena Zajac | Breast Cancer | |
1423 | Ricardo Z.N. Vêncio | Bioinformatics applied to medicine | |
1424 | Sue Burney | Breast Cancer | |
1425 | Henrik Wolff | Immunopathology | |
1426 | Hamzeh Al Zabadi | Allergy | |
1427 | Jian Hu | Antibody engineering | |
1428 | Wayne Bond Lau | Cardiovascular diseases | |
1429 | Rachel L. Ruhlen | Alternative medicine | |
1430 | Paulo Rogério de Faria | Animal models | |
1431 | Aly Mohammed Ezz El-Arab Aly | Alternative medicine | |
1432 | Nazeer Ahamed | Antioxidant capacity | |
1433 | Theophine Chinwuba | Alternative medicine | |
1434 | Donglin Zeng | Cell biology | |
1435 | M. Ayyanar | Alternative medicine | |
1436 | Walkíria Ribeiro | Functional foods | |
1437 | Khalid M AlGhamdi | Dermatology | |
1438 | Alaa A Abd-Elsayed | Anaesthesia | |
1439 | Anding Liu | Cancer markers | |
1440 | Jongsun Park | Signal transduction & pathway | |
1441 | Arun Kumar | Cancer Biology | |
1442 | Oleh Taratula | Biosensors | |
1443 | Ilya Trakht | Antibody engineering | |
1444 | Maria Angelica Cortez | Apoptosis | |
1445 | Dalila Moter Benvegnú | Aging | |
1446 | P. Gomathi M. Pharm | Pharmaceutical Sciences | |
1447 | Desheng Pei | Apoptosis | |
1448 | Alexandra Chittka | Cell biology | |
1449 | Paulo Vítor Soeiro Pereira | Allergy and immunology | |
1450 | Deborah Power | Bone synthesis, implant, osteointegration | |
1451 | Taimur Saleem | Virology | |
1452 | Sergey Prykhozhij | Animal models | |
1453 | Zhanquan Shi | Cancer biology | |
1454 | Ke Zheng | Apoptosis | |
1455 | Giacomo Lanzoni | Cell reproduction or differentiation | |
1456 | Guangwei Du | Breast Cancer | |
1457 | Consolato Sergi | Pathology | |
1458 | Dong-Ming Su | Aging | |
1459 | Jorge G. Gomez-Gutierrez | Animal models | |
1460 | Poungtip Kunanusorn | Animal models | |
1461 | Shadab Zafar | Experimental diabetes mellitus | |
1462 | TS Mohamed Saleem | Cardiovascular diseases | |
1463 | S. Koppula | Animal models | |
1464 | Trine Rolighed Thomsen | Clinical microbiology | |
1465 | Andriy Yatsenko | Cell adhesion | |
1466 | Yadong Wei | Molecular biology | |
1467 | Shahin Aghaei | Dermatology | |
1468 | Mathieu Vinken | Apoptosis | |
1469 | Hamid Khankeh | Emergency medicine | |
1470 | Xin Wu | Andrology | |
1471 | Andreas Johannes Tomaschitz | Adrenal diseases | |
1472 | Pietro Fazzari | Animal models | |
1473 | A. Demirkol | Public health | |
1474 | Angela Amato | Animal models | |
1475 | Bernard Friedenson | Allergy and immunology | |
1476 | Fabricio Azevedo Voltarelli | Apoptosis | |
1477 | Anindya Kumar Sen | Neurobiology | |
1478 | Fatemeh Yari | Obstetrics and gynecology | |
1479 | Liliane Gattegno | Biochemistry | |
1480 | Hongyan Yuan | Breast Cancer | |
1481 | M. S. Chaya | Aging | |
1482 | Fang-Chi Hsu | Genetics | |
1483 | Hiroshi Shimoda | Alternative medicine | |
1484 | Yongmei Song | Cancer biology | |
1485 | Daniele Zink | Biomaterials | |
1486 | Beathe Sitter | Breast Cancer | |
1487 | Sanjukta Chakraborty | Angiogenesis | |
1488 | Robin-Marie Shepherd | Public health | |
1489 | Kastytis Šmigelskas | Epidemiology | |
1490 | IJF Wiid | Antimicrobial & drug resistance | |
1491 | Priscilla Davidson Negraes | Anticancer drug | |
1492 | Ahamarshan Nagarajan | Bioinformatics applied to medicine | |
1493 | Martin Spahn | Molecular genetics | |
1494 | Miri Sarid | Statistics & Health informatics | |
1495 | Vijay Sharma | Physiology | |
1496 | Chunhong Chen | Molecular biology (Genetic Engineering) | |
1497 | Matteo Fumagalli | Population Genetics | |
1498 | S. Vanin | Evolutionary biology | |
1499 | Richard Emes | Bioinformatics applied to medicine | |
1500 | Siluo Huang | Signal transduction & pathway | |
1501 | Cvrckova Fatima | Cell biology | |
1502 | Stefano Cairo | Breast Cancer | |
1503 | Simon Harvey | Aging | |
1504 | Deepa Selvi-Rani | Cardiovascular diseases | |
1505 | Jixin Deng | Bacterial population genetics | |
1506 | January Weiner | Evolutionary biology | |
1507 | James C. Sullivan | Antimicrobial & drug resistance | |
1508 | Junfeng Pang | DNA damage & repair | |
1509 | Pradeep K. Divakar | Evolutionary biology | |
1510 | Fabio Grizzi | Angiogenesis | |
1511 | Charalambos Kaittanis | Analytical chemistry | |
1512 | Ingemar Pongratz | Endocrinology | |
1513 | Julius Liobikas | Apoptosis | |
1514 | Abhishek Kumar | Bioinformatics applied to medicine | |
1515 | Trisha Dunning | Diabetes mellitus | |
1516 | Jirui Wang | Evolutionary biology | |
1517 | Ahmet Selçuk Can | Obesity therapy | |
1518 | Kazu Misawa | Genomics – Medical genomics | |
1519 | Luca Sineo | Evolutionary biology | |
1520 | Yongping Shao | Apoptosis | |
1521 | Ji-Fu Wei | Allergic biochemistry | |
1522 | Swarkar Sharma | Genetics | |
1523 | Ludmila Mechetina | Immunogenetic | |
1524 | Hamsa Tadepally | Bioinformatics applied to medicine | |
1525 | Yan Liu | Angiogenesis | |
1526 | Chien-Fu Huang | Antioxidant capacity | |
1527 | Sateesh Kagale | DNA methylation | |
1528 | Weiping Wang | Cell cycle & growth control | |
1529 | Jenny Thompson | Neurobiology | |
1530 | Nasim Foroughi | Aging | |
1531 | Hemang Parikh | Bioinformatics applied to medicine | |
1532 | Peng Yeong Woon | Aortic Aneurysms | |
1533 | Wenbin Li | Clinical oncology | |
1534 | Giuseppe Merla | Molecular genetics | |
1535 | Sandeep Sanga | Biomedical engineering | |
1536 | Dazhi Liu | Cell cycle & growth control | |
1537 | Yaguang Xi | Anticancer drug | |
1538 | Natalia Rubinstein | Breast Cancer | |
1539 | Nkechi Uche | ophthalmology | |
1540 | Jagannadha Avasarala | neuroimmunology | |
1541 | Yau-Hua Yu | Bioinformatics applied to medicine | |
1542 | Gohei Kato | Gerontology | |
1543 | Michael Brach | Aging | |
1544 | Musaffe Tuna | Cancer markers | |
1545 | Anna Coló | Cancer biology | |
1546 | Barbara Ulmasov | Gastroenterology | |
1547 | Diego Albani | Aging | |
1548 | Yanhua Yang | Evolutionary biology | |
1549 | Philippa Jackson | Functional foods | |
1550 | Thereza C. M. de Lima | Animal models | |
1551 | Chenko Kuo | Emergency medicine | |
1552 | Khaled Abu-Amero | DNA detection | |
1553 | Marcelo Bello | Genetics | |
1554 | Miao Liu | Cancer markers | |
1555 | Rodney Itaki | Antimicrobial & drug resistance | |
1556 | Patricia Severino | Cancer biology | |
1557 | Enrico Bracco | Anticancer drug | |
1558 | Hui Yu | Hematology | |
1559 | Hatice Bilgic | Genomics – Medical genomics | |
1560 | Maurizio Gallucci | Aging | |
1561 | Apiwat Mutirangura | DNA methylation | |
1562 | Shirley Uitte De Willige | Hematology | |
1563 | Rosane N. M. Guerra | Animal models | |
1564 | Eva Martínez Cáceres | Autoimmune diseases | |
1565 | Xiaolin Yin | Biomedical analysis | |
1566 | Paramita Ghosh | Cell and tissue research | |
1567 | Sabine Plancoulaine | Clinical epidemiology | |
1568 | Pramod Rout | Bioscience and Biotechnology | |
1569 | Jun-Te Hsu | Surgery | |
1570 | Prof. G. Tarantino | Apoptosis | |
1571 | Jing Hao | Cancer biology | |
1572 | Enilton Camargo | Molecular and Cellular Pharmacology | |
1573 | Deepti Pradhan | Aortic Aneurysms | |
1574 | Mourad Aribi | Allergy and immunology | |
1575 | Constantinos Giaginis | Analytical chemistry | |
1576 | Wan-dong Hong | Gastroenterology | |
1577 | Anastassios Manolakis | Angiogenesis | |
1578 | Punit Kaur | Chaperonology | |
1579 | Huang Zhan | Cell adhesion | |
1580 | Xianli Wu | Analytical chemistry | |
1581 | Papavramidis Theodossis | Animal models | |
1582 | Seema Bhaskar | Atherosclerosis | |
1583 | Pranav Shivakumar | Allergy and immunology | |
1584 | Nobuyuki Matsuhashi | Gastroenterology | |
1585 | Anita Dushyanth | Biological and Medical Physics | |
1586 | Vonthannak Saphonn | Epidemiology | |
1587 | Benon Asiimwe | Bacterial typing | |
1588 | Pasqual Barretti | Antimicrobial & drug resistance | |
1589 | Øistein Hovde | Gastroenterology | |
1590 | Samoel Khamadi | Molecular Virology | |
1591 | Sepehr Hamidi | Endocrinology | |
1592 | Massimo Ciccozzi | Avian Influenza Virus-AIV (Bird Flu) | |
1593 | Gunasekaran Ramakrishnan | Clinical epidemiology | |
1594 | Saira Khalid | Cell cycle & growth control | |
1595 | Shixing yang | Autoimmune diseases | |
1596 | Congli Yuan | Epidemiology | |
1597 | Feras Lafi | Ecology | |
1598 | Ali Mohammadi Karakani | Biochemistry | |
1599 | Xinyun Li | Genetics | |
1600 | Derick Jiwan | Bioscience and Biotechnology | |
1601 | Luiz Eduardo Vieira Del Bem | Bioscience and Biotechnology | |
1602 | Jean-François Hocquette | Analytical chemistry | |
1603 | Bishwo Adhikari | Ecology | |
1604 | Jian Li | Bioinformatics applied to medicine | |
1605 | Bhaskar Urade | Epidemiology | |
1606 | Deenadayalan Bakthavatsalam | Biochemistry | |
1607 | James Thomas | Bacterial population genetics | |
1608 | Daulat R. P. Tulsiani | Reproductive endocrinology | |
1609 | Pere Toran | Family Medicine | |
1610 | Maoti Wei | Genetics | |
1611 | Gustavo Lacerda | Bioinformatics applied to medicine | |
1612 | Isin Akyar | Clinical microbiology | |
1613 | Rodrigo Pires dos Santos | Antimicrobial & drug resistance | |
1614 | Shan-Chwen Chang | Antimicrobial & drug resistance | |
1615 | Amber Farooqui | Animal models | |
1616 | Ih-Jen Su | cancer biology | |
1617 | Prasanna Khot | Diagnostic microbiology | |
1618 | Ted Fan | Allergy and asthma | |
1619 | Zhiying Ou | DNA detection | |
1620 | Eduardo Nogueira | Molecular genetics | |
1621 | Alan Branco | Bioscience and Biotechnology | |
1622 | Shrinivasrao P. Mane | Bioinformatics applied to medicine | |
1623 | Hong-liang Yang | Animal models | |
1624 | Yi Wang | Pediatric neurology | |
1625 | Ashraf Tabll | Immunotherapy | |
1626 | Paolo de Fabritiis | Hematology | |
1627 | Hasnain Ali Shah | Gastroenterology | |
1628 | Nikolaos Drakoulis | DNA detection | |
1629 | Giovanni Sotgiu | Tuberculosis | |
1630 | Gang Wang | Cancer biology | |
1631 | Helen Law | Immunology | |
1632 | Julia Zhang | Bioinformatics applied to medicine | |
1633 | Tong Joo Chuan | Bioinformatics applied to medicine | |
1634 | Woo-Yeon Kim | Bioinformatics applied to medicine | |
1635 | Mengyu Qiao | Bioinformatics applied to medicine | |
1636 | Aman Jairajpuri | Biochemistry | |
1637 | Chun-Yi Lu | Infectious diseases | |
1638 | Long Cui | Genomics – Medical genomics | |
1639 | Changning Liu | Biochemistry | |
1640 | Eric Anderson | breast cancer | |
1641 | Jason W. Abernathy | Molecular genetics | |
1642 | Patricia Neves | Clinical immunology | |
1643 | Wim D’Haeze | Clinical microbiology | |
1644 | Min Xu | Computer imaging | |
1645 | Nelida Rodriguez | Cell and tissue research | |
1646 | Aalt-Jan van Dijk | Bioinformatics applied to medicine | |
1647 | Shing-Jyh Chang | Genetics | |
1648 | Xiaofei Qi | Gynecologic oncology | |
1649 | Silva Seraceni | Hematology | |
1650 | Ioannis Bliziotis | Infectious Diseases | |
1651 | Xiaoli Xu | Oncology | |
1652 | Heather Ann Adams | Genetics | |
1653 | Murizio D’Esposito | DNA methylation | |
1654 | Weidong Zhang | Epidemiology | |
1655 | Youlian Pan | Bioinformatics applied to medicine | |
1656 | Sucheta Tripathy | Bioinformatics applied to medicine | |
1657 | J. C. Booij | Genetics | |
1658 | Youjia Hua | Bioinformatics applied to medicine | |
1659 | Irene Newton | Genomics | |
1660 | Urska Cvek | Bioinformatics applied to medicine | |
1661 | Eduard Torrents | Bacterial environmental stress response | |
1662 | Danielle N. Ringhoff | Cell Biology | |
1663 | Yu Fang | Animal models | |
1664 | Matteo Bovolenta | Gene therapy | |
1665 | Adnane Sellam | Antimicrobial & drug resistance | |
1666 | Catherine Putonti | Bioinformatics applied to medicine | |
1667 | Hui Guo | Bioinformatics applied to medicine | |
1668 | Jigang Zhang | Antibody engineering | |
1669 | Haiguang Zhao | Vascular Surgery | |
1670 | Carla Barsalobres | Genetics | |
1671 | Keyan Zhao | Bioinformatics applied to medicine | |
1672 | Dmitry A. Ravcheev | Bacterial environmental stress response | |
1673 | Irshad Ahmed | Antimicrobial & drug resistance | |
1674 | Sergey Yaklichkin | Animal models | |
1675 | Hao Chen | Cardiac Surgery | |
1676 | Nitin Mantri | Alternative medicine | |
1677 | Elizabeth P. Sampaio | Cell biology | |
1678 | Irina Makarevitch | Bioscience and Biotechnology | |
1679 | Marketa Zvelebil | Bioinformatics applied to medicine | |
1680 | Chi Chen | Bioinformatics applied to medicine | |
1681 | Wei Guo | Bioscience and Biotechnology | |
1682 | Richard White III | Extremophilic microbiology | |
1683 | Ning Fu | Aging | |
1684 | Arun Kumar Kallare | Animal models | |
1685 | Amos Garcia Rojas | Clinical epidemiology | |
1686 | Jennifer Neary | Microbiology | |
1687 | Margarita Malakhova | Biochemistry | |
1688 | Xianqiong Zou | Molecular biology | |
1689 | Wei Lian | Bio-Pharmaceutical | |
1690 | Tingting Weng | Lung cancer | |
1691 | Ritu Chakravarti | Cell biology | |
1692 | Sandip Paul | Bacterial population genetics | |
1693 | Toni Marco | Evolutionary Biology | |
1694 | Qiu He | Breast Cancer | |
1695 | Wasna Viratyosin | Bioinformatics applied to medicine | |
1696 | J. R. Lamas | Autoimmune diseases | |
1697 | Christine Maritz | Molecular biology | |
1698 | David Groth | Genetics | |
1699 | Raimo Pohjanvirta | Toxicology | |
1700 | Justin Vijay Louis | Aging | |
1701 | Gerben Schaaf | Cancer biology | |
1702 | A. Gholamrezanezhad | Imaging | |
1703 | Kaijing Zuo | Plant bioactive compounds | |
1704 | Julie Huxley-Jones | genetics | |
1705 | Janmohamad Malekzadeh | Nutrition | |
1706 | Yunfei Bai | Biomedical analysis | |
1707 | Gernot Stocker | Bioinformatics applied to medicine | |
1708 | Zhaoliang Liu | Reproductive endocrinology | |
1709 | William Chin | Angiogenesis | |
1710 | Honghua Li | Genetics | |
1711 | Lihong Chen | Diabetes mellitus | |
1712 | Denhi Schnabel | Embryo development | |
1713 | Tinuade A. Ogunlesi | Hypothermia | |
1714 | Adamson Muula | Bacterial and HIV infection | |
1715 | Zunaid Ahsan Karar | Public health | |
1716 | Cristina Della Beffa | Genomics | |
1717 | Ricardo Gurgel | Allergy | |
1718 | Nakalembe Miriam | Cervical Cancer Screening | |
1719 | Caterina Mammina | Antimicrobial & drug resistance | |
1720 | Prof. Demosthenes Bouros | Pulmonary & Critical Care | |
1721 | Osama Abu-Hammad | Bone synthesis, implant, osteointegration | |
1722 | Palmiro Poltronieri | Bacterial typing | |
1723 | Yi Fang | Bioinformatics applied to medicine | |
1724 | Vidhan Jain | infectious disease | |
1725 | Mahmoud Shalaby | Adrenal tumors | |
1726 | Kolawole Wahab | Neurology | |
1727 | Guoying Wang | Diabetes mellitus | |
1728 | Bin Xue | Bioinformatics applied to medicine | |
1729 | Sachin Patil | Aging | |
1730 | Gildardo Rivera Sánchez | Anticancer drug | |
1731 | Sanjay Batra | Anticancer drug | |
1732 | Mohamed S. Elgendy | Cell and tissue research | |
1733 | Kalidas Yeturu | Bioinformatics applied to medicine | |
1734 | Schüpbach Reto | hematology | |
1735 | Tobias Hirsch | Antimicrobial & drug resistance | |
1736 | Huanying Ge | Bioinformatics applied to medicine | |
1737 | Minal Garg | Anticancer drug | |
1738 | Enrico Giarnieri | Cancer biology | |
1739 | Andrew Chan | Respiratory | |
1740 | Hideaki Hara | Neuropharmacology | |
1741 | Xin Fang | Bioinformatics applied to medicine | |
1742 | Adeniyi Adewunmi | Obstetrics and gynecology | |
1743 | Mingyuan Wu | Retina & Macular degeneration & Aging | |
1744 | Bente Talseth-Palmer | Molecular genetics | |
1745 | Carlos Camargo | Antimicrobial & drug resistance | |
1746 | Yiyun Wang | Neurosurgery | |
1747 | Pedro Melo | Aging | |
1748 | Prosper N’Gouemo | Calcium signalling | |
1749 | Nils O. Schmidt | Angiogenesis | |
1750 | Guglielmo Villani | Biochemistry | |
1751 | Zhimin Li | Behavioral neuroscience | |
1752 | Liangsuo Ma | Neuroimaging | |
1753 | Vito Di Maio | Bioinformatics applied to medicine | |
1754 | Nauman Maqbool | Bioinformatics applied to medicine | |
1755 | Supriya Mahajan | Bacterial and HIV infection | |
1756 | Tauheed Ishrat | Antioxidant supplementation | |
1757 | Hideyuki Takeuchi | Neurodegeneration | |
1758 | Shuxing Wang | Anaesthesia | |
1759 | Dubravka Švob Štrac | Animal models | |
1760 | Prof. Alberto A. Rasia-Filho | Neurobiology | |
1761 | Maria Liguori | Multiple Sclerosis | |
1762 | Mark Dallas | Ion channels | |
1763 | Florianne Tschudi-Monnet | Neurodegeneration | |
1764 | János László | Biomagnetism | |
1765 | Enrica Santarcangelo | Behavioral neuroscience | |
1766 | Elisa Pelosin | Neurorehabilitation | |
1767 | Elke Clynen | Bioactive compounds | |
1768 | Zhixin Li | Cardiology | |
1769 | Marzenna Wiranowska | Cancer biology | |
1770 | Candan Gurses | Clinical Neurophysiology | |
1771 | Varlet Pascale | Neuropathology | |
1772 | Beifang Niu | Bioinformatics applied to medicine | |
1773 | Jingchun Sun | Bacterial population genetics | |
1774 | George Klironomos | Neurosurgery | |
1775 | Oussama Grissa | Diabetes mellitus | |
1776 | Lorenzo Rossi | Biomaterials | |
1777 | Ruihua Yang | Behavioral neuroscience | |
1778 | Manuel Amorin-Diaz | Neurology | |
1779 | Antonella Gasbarri | Behavioral neuroscience | |
1780 | Igor V. Filippov | Neurophysiology | |
1781 | Mohammed Filali | Neurobiology | |
1782 | Jie Zheng | Ion channels | |
1783 | Cecilia Castillo | Biophysics | |
1784 | Jun Li | Apoptosis | |
1785 | Ata Akin | Biomedical engineering | |
1786 | Siamak Shahidi | Animal models | |
1787 | Simeon Todorov | Neuropharmacology | |
1788 | Isaura Tavares | Anesthesia & pain | |
1789 | Prof. Fabrizio Michetti | Cell and tissue research | |
1790 | Hugo Geerts | Neuropharmacology | |
1791 | Nathan R. Wall | Cancer biology | |
1792 | Koutalonis Manthos | Imaging | |
1793 | Michalis Kontos | Breast Cancer | |
1794 | Khaled Madbouly | surgery | |
1795 | Kush Kumar | Nuclear medicine & radiology | |
1796 | Jens Waldmann | Adrenal tumors | |
1797 | Cher Heng Tan | Radiology | |
1798 | Daniel Chaves | Clinical immunology | |
1799 | Zhixiong Li | Animal models | |
1800 | Ferrucci Pier Francesco | Clinical oncology | |
1801 | Li Li | Bioinformatics applied to medicine | |
1802 | Roderick MacLeod | DNA damage & repair | |
1803 | Jiming Kong | Mitochondrial Biology and Medicine | |
1804 | Antonio Ibarra | Neurodegeneration | |
1805 | Ignacio Lizarraga | Anaesthesia | |
1806 | Karen Rees-Unwin | Hematology | |
1807 | Ravikiran Donthu | Bioinformatics applied to medicine | |
1808 | M. Moti M. Chowdhury | Radiology | |
1809 | Cem Onal | Breast Cancer | |
1810 | Arash Kianianmomeni | Cell biology | |
1811 | Michael Probst-Kepper | Antimicrobial & drug resistance | |
1812 | José Rivera | Cardiovascular diseases | |
1813 | Weihong Xu | Bioinformatics applied to medicine | |
1814 | Eva Darai | Carcinogenesis | |
1815 | Cinzia Marchitelli | Antimicrobial and anticancer peptides | |
1816 | Nabil K. Bissada | Urology | |
1817 | J. Omoshoro-Jones | Bile acid | |
1818 | Kasra Saeb-Parsy | Urology | |
1819 | Burak Yulug | Neurobiology | |
1820 | Nejat Dalay | Cancer Biology | |
1821 | Vikram Rajagopal | Anticancer drug | |
1822 | Liana Fattore | Animal models | |
1823 | Sumei Liu | Gastroenterology | |
1824 | Jean Giacomotto | Cell biology | |
1825 | Fanfan Zhou | Molecular biology | |
1826 | Zeng-You Ye | Neurobiology | |
1827 | Nadezda Apostolova | Antioxidant supplementation | |
1828 | Tommy Guglielmelli | Multiple myeloma | |
1829 | Mohamed S. Zaghloul | Clinical Oncology | |
1830 | Kosaku Iwatsubo | Cancer biology | |
1831 | Rama Devi Mittal | Apoptosis | |
1832 | Daniel Monleon Salvadó | Cancer biology | |
1833 | Rui Medeiros | Human Papillomavirus infection | |
1834 | S. N. Dijk | Cancer therapy | |
1835 | Javier Palacios Diez | Diabetes mellitus | |
1836 | Ivana Da Cruz | Aging | |
1837 | Elena Grossini | Apoptosis | |
1838 | Fransen Paul | Calcium signalling | |
1839 | Edivaldo H.C. de Oliveira | Carcinogenesis | |
1840 | Donavon Hiss | Angiogenesis | |
1841 | Peter Meschede | Orthopedic Surgery | |
1842 | Thomas Nelius | Cancer markers | |
1843 | C. Cameron Yin | hematology | |
1844 | Bhupinder Bawa | Apoptosis | |
1845 | Santosh Kesari | Cancer biology | |
1846 | Carlos Plasencia | Anticancer drug | |
1847 | Xiaojiang Cui | Breast Cancer | |
1848 | Antonius Baartscheer | Animal models | |
1849 | Lynn M. Crosby | Apoptosis | |
1850 | Pratibha Nerurkar | Antioxidants | |
1851 | Pedro Elsas | Allergy | |
1852 | Richard Lutz | Adrenal diseases | |
1853 | Hugo Arias | Ion channels | |
1854 | Yupei Li | Breast Cancer | |
1855 | Jyotdeep Kaur | Biochemistry | |
1856 | Hakan Akca | Apoptosis | |
1857 | Dong-Yih Kuo | Behavioral neuroscience | |
1858 | Eleni Papakonstantinou | Allergy and asthma | |
1859 | Rachid Mazroui | Apoptosis | |
1860 | Qing Yang | Bone synthesis, implant, osteointegration | |
1861 | Paulo Zen | Cancer markers | |
1862 | Heather R. Sanders | Cancer markers | |
1863 | Kenichi Shibuya | Neurophysiology | |
1864 | Euthimios Dimitriadis | Cancer biology | |
1865 | Remy Pedeux | Animal models | |
1866 | Francisco Javier Camacho Arroyo | Anticancer drug | |
1867 | José Daniel Lopes | Cell adhesion | |
1868 | Yongping Cui | Adrenal tumors | |
1869 | Sin-Hyeog Im | Immunoregulation | |
1870 | Moamen Amin | Urology | |
1871 | Alexandros Lampropoulos | Cancer biology | |
1872 | Isabelle Chemin | Animal models | |
1873 | Kwan-Hwa Chi | Radiooncology | |
1874 | Jianming He | Intercellular communication | |
1875 | Lin Ye | Breast Cancer | |
1876 | Liting Song | molecular biology | |
1877 | Chiara Mondello | Cancer biology | |
1878 | Fang Li | Tumorigenesis | |
1879 | Ingegerd Hellstrom | Anticancer drug | |
1880 | Youli Zu | Pathology | |
1881 | Konstantine Balakatounis | Neurorehabilitation | |
1882 | Jagadananda Ghosh | Apoptosis | |
1883 | Wen-Ling Shih | Angiogenesis | |
1884 | Shujun Liu | Anticancer drug | |
1885 | Terry Lichtor | Immunotherapy | |
1886 | krishna Misra | Medicinal Chemi | |
1887 | Gautam Banerjee | Allergy | |
1888 | Antonella Calogero | Anticancer drug | |
1889 | Bin Zhang | Immunotherapy | |
1890 | Koraljka Gall-Trošelj | Cancer biology | |
1891 | Zeeshan Aslam | Urology | |
1892 | Xiaoping Huang | Anticancer drug | |
1893 | Ricardo Bentes de Azevedo | Anticancer drug | |
1894 | Ilker Sengul | Surgery | |
1895 | Shih-Shun Chen | Anticancer drug | |
1896 | Balraj Mittal | Animal models | |
1897 | Kesav Rao | Cancer biology | |
1898 | Paul Timpson | Biosensors | |
1899 | Surabhi Y Dangi-Garimella | Angiogenesis | |
1900 | Eugenia M. Yazlovitskaya | Angiogenesis | |
1901 | Subhra Mohapatra | Anticancer drug | |
1902 | Pier Paolo Piccaluga | Non-Hodgkin’s Lymphoma | |
1903 | Eran Andrechek | Animal models | |
1904 | Beatriz Pogo | Cancer biology | |
1905 | Carl Sasaki | Signal transduction & pathway | |
1906 | Jie He | Cancer biology | |
1907 | Kazumi Suzukawa | Hematology | |
1908 | Marisa Ionta | Cancer biology | |
1909 | Vadym M. Kavsan | Cancer biology | |
1910 | Lajos Olasz | Anticancer drugs | |
1911 | Fan Zhu | Bacterial and HIV infection | |
1912 | Hava Gil-Henn | Cell adhesion | |
1913 | Yili Yang | Apoptosis | |
1914 | Hongshi Yu | Bioinformatics applied to medicine | |
1915 | Walid Abu-Arab | Lung cancer | |
1916 | Jing Liu | Anticancer drug | |
1917 | Di Cai | Anticancer drug | |
1918 | Mustapha Zidi | Biomechanics | |
1919 | Debbi MacMillan | Calcium signalling | |
1920 | Danping Zhu | Diabetes mellitus | |
1921 | Saibal Biswas | Antioxidant capacity | |
1922 | Chee Peng Hor | Aging | |
1923 | Henry Jefferson | Critical care medicine | |
1924 | Behjat Seifi | Nephrology | |
1925 | Zhen Zhao | Apoptosis | |
1926 | Huan Jiang | Clinical epidemiology | |
1927 | Alma Rus | Aging | |
1928 | Anthony Josephine | Biochemistry | |
1929 | Giuseppe Calamusa | Public health | |
1930 | Nathalie Hasler-Nguyen | Animal models | |
1931 | Ritu Sarin | Allergy and immunology | |
1932 | Deepak Singla | Antimicrobial and anticancer peptides | |
1933 | Ying Liu | Cervical Cancer Screening | |
1934 | Zanxian Xia | Biochemistry | |
1935 | Ajay Grover | ||
1936 | Piraye Yargicoglu | Antioxidant capacity | |
1937 | Simin Atashkhoyi | Anaesthesia | |
1938 | Xiaoqiang Cai | Animal models | |
1939 | Xiaomei Guo | Biomedical Engineering | |
1940 | Gürtler Nicolas | DNA detection | |
1941 | Haolin Liu | Antibody engineering | |
1942 | Sanjukta Guha Thakurta | Biomaterials | |
1943 | Xingsheng Wang | Biochemistry | |
1944 | Xiaoxu Jiang | Biochemistry | |
1945 | Ligen Liu | hematology | |
1946 | Ashish Aggarwal | Antioxidant supplementation | |
1947 | Linjie Tian | Allergy | |
1948 | Ritwij Kulkarni | Microbiology | |
1949 | S. D. Yogesha | Biochemistry | |
1950 | Dekui Zhang | Aging | |
1951 | Sunanda Sharma | Andrology | |
1952 | Madhusudan Goravanahally | pathology | |
1953 | Zhengfei Lu | Aging | |
1954 | Anamitra Ghosh | Neurodegeneration | |
1955 | Jian Sima | Apoptosis | |
1956 | Qi Sun | Anticancer drug | |
1957 | Yue Hu | Biochemistry | |
1958 | Janani Balachandran | Anaesthesia | |
1959 | Rajni Nagpal | Biomaterials | |
1960 | Niloofar Shadman | Dentistry | |
1961 | Vineeta Nikhil | ||
1962 | Amit Jena | Dentistry | |
1963 | Souparna Madhavan | ||
1964 | Rupali Karale | Dentistry | |
1965 | Raju Chauhan | ||
1966 | Marina Fernandes | ||
1967 | Ruchi Singla | Dentistry | |
1968 | Jaidev Singh Dhillon | ||
1969 | Ashish R. Jain | Bone synthesis, implant, osteointegration | |
1970 | Ankit Arora | Dentistry | |
1971 | A. Parameswaran | ||
1972 | Anuj Bhardwaj | ||
1973 | Gouri Smita Acharya | ||
1974 | Yasmine Mendes Pupo | Cell adhesion | |
1975 | Amulya Vanapatla | ||
1976 | Paras Mull Gehlot | Biomaterials (Dental materials) | |
1977 | Mubashir Mushtaq | ||
1978 | Anitha Rao | Biomaterials | |
1979 | Chang-Jen Huang | Molecular biology | |
1980 | Yannis Guillemin | ||
1981 | Liang Li | Gastroenterology | |
1982 | Renata Binato | Molecular biology | |
1983 | Xiaoqiang Jia | Bio-Pharmaceutical | |
1984 | Ahmet Celik | Anticancer drug | |
1985 | Abdollah Ghasemian | ||
1986 | Sheikh Shoib | ||
1987 | Weimin Gao | Antimicrobial & drug resistance | |
1988 | Adel Hagag | Pediatric | |
1989 | Hsin-Chen Lee | Mitochondrial Biology and Medicine | |
1990 | Sultan Mahmud | Biomaterials | |
1991 | Dean Markić | Adrenal diseases | |
1992 | SangHun Ko | Orthopaedic surgery | |
1993 | Xiaofang Liu | Hepatology | |
1994 | Da-Dao Jing | Cancer markers | |
1995 | Marcel Cerqueira Cesar Machado | Endoscopic surgery | |
1996 | Veli Yazısız | ||
1997 | Maksim Valenčić | Urology | |
1998 | Yun-Chin Yao | Biochemistry | |
1999 | Shao-Ying Lu | Cancer biology | |
2000 | Gábor Bánhegyi | Biochemistry | |
2001 | Mi Jung Kwon | ||
2002 | Chi-Chang Yu | breast cancer | |
2003 | Tuba Dal | Avian Influenza Virus-AIV (Bird Flu) | |
2004 | Zhiyun Zheng | Cancer markers | |
2005 | Paolo Usai-Satta | Gastrointestinal physiology | |
2006 | Karol Szyluk | Biomechanics | |
2007 | Heping Hu | Hepatology | |
2008 | Mysore S. Veena | Apoptosis | |
2009 | Jingjing Sun | Embryo development | |
2010 | Pallavi Vashisth | dentistry | |
2011 | Isabel CCM Porto | Biomaterials | |
2012 | Haidar Nadrian | Family Medicine | |
2013 | Hanan Fouad | ||
2014 | Carmelo Puliatti | ||
2015 | K. F. Lee | Clinical laboratory science | |
2016 | Helmut Niederhofer | ||
2017 | Alcibey Alvarado-Gonzaleza | ||
2018 | Tanya Timeva | ||
2019 | Charleata Carter | ||
2020 | Angira Dasgupta | ||
2021 | Shuvabrata Poddar | Alternative medicine | |
2022 | Nabajyoti Deka | Diabetes mellitus | |
2023 | Mohammad Abbasinia | ||
2024 | Harshal Pandve | ||
2025 | Uzma Belgaumi | ||
2026 | Abdulrazak Nuhu | ||
2027 | Paulo Arnaldo | ||
2028 | Savita Butola | ||
2029 | Renan Oliveira | ||
2030 | Swaty Jhamb | ||
2031 | Sujata Kar | ||
2032 | Sameer Valsangkar | ||
2033 | Deepak Gupta | ||
2034 | Farhad Golshan Iranpour | ||
2035 | Kambiz Gilany | ||
2036 | Rikki Singal | ||
2037 | Vittorio Gentile | Neurobiology | |
2038 | Entesar Omar Ahmad El-Saghier | Adrenal diseases | |
2039 | Hassen Bne Ghezala | Allergy and asthma | |
2040 | Faiza Amber | Bioscience and Biotechnology | |
2041 | Laleh Payahoo | Nutrition | |
2042 | Ben Haj Hassine Amine | Breast Cancer | |
2043 | Ashraf abdElkhaik Barakat | Cardiovascular diseases | |
2044 | Antonio Siniscalchi | Neurology | |
2045 | Kiran Jadhav | Oncology | |
2046 | Mohsin Khurshid | Antimicrobial & drug resistance | |
2047 | Khaled Saad | Allergy and asthma | |
2048 | Abdeldjalil Khelassi | Bioinformatics applied to medicine | |
2049 | Adriana Handra-Luca | Cancer biology | |
2050 | Bin Li | Sports Medicine | |
2051 | Aşkın Ender Topal | Aortic Aneurysms | |
2052 | Qing Tang | Microbiology | |
2053 | Stefano Gitto | hepatology | |
2054 | Yue Liu | Atherosclerosis | |
2055 | Ahmed El-Sabbagh | Pectus excavatum | |
2056 | Conghua Wang | Aging | |
2057 | Iram Fatima | Angiogenesis | |
2058 | Mohamad Reza Havasian | Dentistry | |
2059 | Somchai Amornyotin | Anaesthesia | |
2060 | Feng-Mei Cui | Biomedical signal processing | |
2061 | Mauro Feola | ||
2062 | Regidor Brandau Pedro-Antonio | ||
2063 | Mohammed Gad | Dentistry | |
2064 | Jianing Zhong | Cancer biology | |
2065 | Ying Luo | Aging | |
2066 | Marziyeh Hajialyani | Biomaterials |
2. University of Southern California
3. SLCC Tech
5. GenScript Biotech Corporation
7. AdvanBio
IABS provides a range of membership levels tailored to diverse needs, ensuring members enjoy exclusive benefits aligned with their preferences and requirements. Explore the details of our membership offerings below.
As an individual member of IABS (International Association of Biomedical Sciences), you can enjoy a range of benefits that contribute to your professional growth, networking opportunities, and access to valuable resources. Here’s a list of potential benefits:
Networking Opportunities:
Connect with leading professionals, scientists, and researchers in the field of biomedical sciences.
Attend conferences, forums, and events to build a strong professional network.
Access to Cutting-Edge Research:
Stay updated on the latest advancements and breakthroughs in biomedical sciences.
Discounted Event Registration:
Enjoy discounted rates for registration at IABS conferences, workshops, and other events.
Recognition and Visibility:
Showcase your profile on the IABS website, gaining visibility within the biomedical community.
Receive recognition as a member in event materials and publications.
Collaboration Opportunities:
Explore collaboration opportunities with other members, organizations, and institutions.
Access a platform for interdisciplinary collaboration and joint research initiatives.
Community Engagement:
Engage in discussions, forums, and community-driven initiatives.
Contribute to shaping the direction of the biomedical sciences community.
Discounts on Publications:
Enjoy discounts on IABS publications and affiliated journals.
It’s important to note that the specific benefits may vary, and it’s recommended to contact IABS or check the detailed membership documentation provided by IABS for the most accurate and up-to-date information.
As a Corporate Member of IABS (International Association of Biomedical Sciences), your organization can access a range of benefits that contribute to visibility, collaboration, and professional development within the biomedical sciences community. Here’s a list of potential benefits for Corporate Membership:
Enhanced Visibility:
Featured recognition on the IABS website as a Corporate Member.
Inclusion in promotional materials, increasing visibility within the biomedical community.
Networking Opportunities:
Connect with other corporate members, institutions, and industry leaders.
Sponsorship and Branding:
Opportunities for corporate sponsorship of IABS events, conferences, and activities with discount rates.
Showcase your brand through event signage, materials, and promotional channels.
Employee Participation:
Enable 3-5 employees from your organization to become IABS members.
Collaboration and Partnerships:
Facilitate collaboration with other corporate members, academic institutions, and research organizations.
Event Participation Discounts:
Enjoy discounted rates for your employees’ participation in IABS conferences, workshops, and events.
Showcase your products or services at IABS-sponsored events.
Recruitment and Talent Acquisition:
Showcase job opportunities within your organization to the IABS community.
Access a talent pool of professionals and researchers in the biomedical field.
It’s essential to review the specific terms and conditions outlined in the Corporate Membership documentation provided by IABS for accuracy and contact IABS or check up-to-date information.
As a Premium Member of IABS (International Association of Biomedical Sciences), individuals can enjoy a range of exclusive benefits designed to enhance their professional development, networking opportunities, and access to resources in the biomedical sciences field. Here’s a list of potential benefits for Premium Membership:
VIP Access to Events:
Priority access to IABS conferences, seminars, and workshops.
Exclusive invitations to premium members-only events and meet-ups.
Networking and Collaboration:
Connect with renowned professionals, researchers, and industry leaders in the biomedical sciences.
Opportunities for one-on-one interactions and collaboration with experts in the field.
Free or Discounted Event Registrations:
Complimentary or significantly discounted registration fees for IABS-sponsored events.
Access to premium seating or exclusive sessions during conferences.
Recognition and Visibility:
Featured acknowledgment as a Premium Member on the IABS website.
Inclusion in promotional materials, raising visibility within the biomedical community.
Customized Professional Development:
Tailored resources, workshops, and training sessions to support individual career growth.
Recognition and Awards:
Eligibility for IABS awards and recognitions for outstanding contributions to the field.
Opportunities to showcase achievements through IABS publications and events.
Discounts on Educational Resources:
Special discounts on IABS educational resources, courses, and professional development materials.
Community Engagement:
Engage in premium members’ forums and discussion groups for advanced networking.
Participate in exclusive community-driven initiatives and projects.
It’s important to review the specific terms and conditions outlined in the Premium Membership documentation provided by IABS for accurate and up-to-date information.
Except for the above corporate benefits, we can come to discuss your special needs, such as targeted recommendations for your service offerings, recruitment of personnel, and contact with collaborative partners, etc.
Associated Costs:
Student/ Postdoc Membership: $30 per year.
Standard Individual Membership: $90 per year.
Corporate Membership: $700 per year.
Premium Individual Membership: $900 per year.
Executive Corporate Membership: $2000 per year
Please note that these costs are subject to change, and we recommend contacting our membership services for the most up-to-date information.
To initiate the membership process, please visit our Membership Page or contact our Membership Services at member@ia-bs.org.
GERALD J. YAKATAN, Ph.D.
GERALD J. YAKATAN, Ph.D.
Founder, Chairman & CEO
IriSys LLC
6628 Nancy Ridge Drive, Suite 100 San Diego, CA, USA
Dr. Yakatan is the founder, Chairman and CEO of IriSys LLC, a company that provides contract services for pharmaceutical product development. Before that, he was the president & CEO of Avanir Pharmaceuticals, San Diego, CA (1998-2005) and Tanabe Research Laboratories, USA, Inc., San Diego, CA (1990 to 1995). He has received numerous awards including ACCP Distinguished Service Award (1996), Philadelphia Chapter APhA Award, etc.
Hong-Duo Chen
Academician of the Chinese Academy of Engineering
Director, Immunodermatological Key Laboratory, Ministry of Education & Ministry of Health, China
Dr. Hong-Duo Chen, an Academician of Chinese Academy of Engineering, is Professor of Dermatology, Honorary President of No.1 Hospital of China Medical University, Director of Key Laboratory of Immunodermatology of the Ministry of Health, Member of Board of Directors of International Society of Dermatology, President of International Society of Cosmetic Dermatology, Vice-president of International Biomedical Science Association, International Honorary Member of American Dermatological Association, Honorary Member of the American Academy of Dermatology, Honorary Member of Society for Investigative Dermatology, Honorary Member of Japanese Dermatological Association, Honorary Council Member of Asian Dermatological Association.. He has attained the title of “National Advanced Worker”, National May 1 Labor Medals, Wu Jieping Medicine Prize, Meritorious Award for Science and Technology of Liaoning Province, Award for Outstanding Service (International Society of Dermatology) and the ILDS Certificate of Appreciation (International League of Dermatological Societies). He has been awarded the Prize of Science and Technology Progress of Ministry of Health for three times, and so far is the only winner of National Prize for Natural Sciences in dermatology field.
Dr. Dongfeng Tan
Dr. Dongfeng Tan is a full professor and the first physician with Asia-heritage holding joint appointments in two clinical disciplines at University of Texas MD Anderson Cancer Center after he finished a resident and a chief resident at Yale University Medical Center.
Dr. Tan participated in the Human Genome Project at Columbia University in New York. And his research is focused on solid tumors, investigating potential biomarkers to assess survivorship and guide personalized medicine. Dr. Tan has published 200 peer-reviewed scientific articles and book chapters and books which are ‘Principles of Molecular Diagnostics and Personalized Cancer Medicine’ and ‘Advances of Surgical Pathology in Gastric Cancer’, have been translated from English into other language.
He continued as an oncologic pathology fellow at Memorial Sloan-Kettering Cancer Center in New York (1998-1999).
was certified in AP and CP in 1998. He became an assistant professor at Roswell Park Cancer Center in Buffalo (1999-2004). He then worked as an associate professor at the University of Texas Health Center in Houston for two years before I joined MD Anderson Cancer Center in 2006.
Jointly, Dr. Tan has held three patents. He has frequently been invited to present at national and international conferences and seminars. Additionally, he has been invited to chair and co-chair conferences and sections of congresses. Furthermore,
Dr. Tan has mentored numerous residents, fellows, and junior pathologists. As the senior medical consultant of Kingmed Medicine, Dr. Tan introduced ASCP to China in 2014, and he has been the honored director of the ASCP Training Center there. He serves on the CAP Committee of Molecular Marketing Panel.
has also served on the editorial board of eight peer-reviewed journals.
Yong-Xiao Wang, PhD
Yong-Xiao Wang, M.D., Ph.D.
Professor
Albany Medical College
Department of Molecular/Cellular Physiology
Room ME600B6 (Mail Code 8)
47 New Scotland Avenues
Albany, NY 12208
Dr. Yong-Xiao Wang is a Full Professor in the Center for Cardiovascular Sciences at Albany Medical College, USA. He received his postdoctoral training at the Technology University of Munich and University of Pennsylvania. Dr. Wang has been highly successful in his scientific endeavors. As a first author, key contributor and corresponding author, he has had numerous publications in high-impact journals such as Circ Res, Proc Natl Acad Sci U S A, Nature. He has had a number of NIH and other grants as the Principal Investigator.
Jing Liang, MD. PhD.
Professor
Clinical Pharmacy
School of Pharmacy,
University of Southern California
1985 Zonal Ave. Los Angeles, CA, USA
Dr. Liang is a Professor of Clinical Pharmacy at the USC School of Pharmacy, and her team has worked on alcohol use disorder, Alzheimer’s disease, Anxiety disorders, Sleep disorder, and other neurodegenerative diseases. She has published over 70 papers in prestigious journals.
Yi-Han Chen, Cardiologist, Professor, Chief physician. Vice President of Tongji University, Director of Cardiology Department, East Hospital, Tongji University. He received bachelor’s degree in Medicine in 1987, and master’s degree in Internal Medicine in 1992 from Nantong University School of Medicine. In 1996, he was awarded doctoral degree in Cardiac Medicine by Shanghai Jiao Tong University School of Medicine. In 2015, he was elected as academician of the Chinese Academy of Sciences. He reported the first causative gene responsible for human atrial fibrillation; identified a novel biomarker of cardiac pacemaker cells; proposed that cardiac pacemaker cells have the properties of glutamatergic neurons; and discovered the cardiac glutamatergic transmitter system as another cardiac bioelectrical control system.