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歆�雮� 9鞗� 3鞚�, 瓴愴姼雽赌頃欔祼 旮�搿滊矊旌犿嵓鞀� 歆�頃� 1旄� 鞓る敂韱犽Μ鞗�鞐愳劀电� 甑愳垬歆勱臣 鞐瓣惮歆勳澊 臧� 鞐瓣惮靹柬劙毳� 靻岅皽頃橁碃 鞐瓣惮 欤检牅鞕� 牍勳爠鞚� 瓿奠湢頃樀鐢 鞛愲Μ臧� 鞐措牳雼�.
鞚措矆 頄夓偓电� 頃欖儩霌れ棎瓴� 鞐瓣惮 攵勳暭鞐� 雽�頃� 鞚错暣鞕� 頃粯 於旐泟 彀胳棳 鞁� 瓴巾棙頃� 靾� 鞛埖鐢 旮绊殞鞕� 歆勲 氚╉枼靹膘潉 鞝滌嫓頃橁赴 鞙勴暣 毵堧牗霅橃棃雼�.
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Research Presentation 鞐瓣惮靹柬劙 靻岅皽 頄夓偓 9/3 臧滌禍听
歆�雮� 9鞗� 3鞚�, 瓴愴姼雽赌頃欔祼 旮�搿滊矊旌犿嵓鞀� 歆�頃� 1旄� 鞓る敂韱犽Μ鞗�鞐愳劀电� 甑愳垬歆勱臣 鞐瓣惮歆勳澊 臧� 鞐瓣惮靹柬劙毳� 靻岅皽頃橁碃 鞐瓣惮 欤检牅鞕� 牍勳爠鞚� 瓿奠湢頃樀鐢 鞛愲Μ臧� 鞐措牳雼�.
鞚措矆 頄夓偓电� 頃欖儩霌れ棎瓴� 鞐瓣惮 攵勳暭鞐� 雽�頃� 鞚错暣鞕� 頃粯 於旐泟 彀胳棳 鞁� 瓴巾棙頃� 靾� 鞛埖鐢 旮绊殞鞕� 歆勲 氚╉枼靹膘潉 鞝滌嫓頃橁赴 鞙勴暣 毵堧牗霅橃棃雼�.
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觳� 氚滍憸鞐愳劀 靹滊彊順� 甑愳垬(鞁濍 靸濍獏瓿淀暀 鞐瓣惮靹柬劙, RC1) 电� Plant MAPK signaling cascade 鞐瓣惮 攴鸽９瓿� Stress Physiology & Adaptation 鞐瓣惮 攴鸽９鞚� 靻岅皽頃橂┌,
甑牅鞝� 順戨牓 鞐瓣惮鞛愲摛瓿� 頃粯頃樀鐢 鞐瓣惮 頇滊彊瓿� 頃欖儩 彀胳棳 旮绊殞毳� 鞎堧偞頄堧嫟.
鞚挫柎 Mahta Mirzaei 甑愳垬(鞁濏拡 靸濍獏瓿淀暀路氙胳儩氍柬暀 鞐瓣惮靹柬劙, RC2) 电� 鞁濏拡 靷办梾鞐愳劀鞚� 頃窢 旮办垹(Antimicrobial Technology)瓿� 氚旍澊鞓ろ櫆靹� 韼╉儉鞚措摐路雼氨歆� 鞐瓣惮毳� 靻岅皽頃橁碃,
頃欕秬靸� 鞐瓣惮 頂勲鞝濏姼 氚� 鞚疙劥鞁� 旮绊殞毳� 瓿奠湢頄堧嫟.
Mohammad Karbalaei Akbari 氚曥偓(攴鸽Π頇旐暀 氚� 頇橁步氚旍澊鞓り赴靾� 鞐瓣惮靹柬劙, RC3) 电� 頇橁步 鞙勱赴鞐� 雽�鞚戫暊 靾� 鞛埖鐢 歆�靻� 臧�電ロ暅 旮办垹 臧滊皽鞚� 氇╉憸搿� 歆勴枆霅樀鐢 鞐瓣惮毳� 靻岅皽頄堧嫟.
霕愴暅 Prof. Philippe M. Heynderickx, Prof. Di Wu, Prof. Jihae Park, Prof. Serge Zhuiykov 雱� 氇� 甑愳垬歆勳潣 鞐瓣惮 頇滊彊霃� 頃粯 靻岅皽霅橃棃雼�.
雼れ潓鞙茧 Utku Ozbulak 氚曥偓(氚旍澊鞓れ嫓鞀ろ厹路氚旍澊鞓ろ厡韥� 雿办澊韯瓣臣頃� 鞐瓣惮靹柬劙, RC4) 电�
靾橅暀鞝� 氇嵏毵�, 氚旍澊鞓れ澑韽Г韹膘姢, AI 旮半皹 鞁犾暯臧滊皽 氚� 鞝滌暯 鞎堨爼靹�, AI 鞚橅暀 鞓侅儊, 靾橃垹鞖� AI, 鞛勳儊 臧�鞚措摐 鞐瓣惮 霌� RC4鞚� 欤检殧 鞐瓣惮 欤检牅毳� 瓿奠湢頄堧嫟.
毵堨毵夓溂搿� 氚曤彊鞚� 甑愳垬(靸濎潣頃� 鞐瓣惮靹柬劙, RC5) 电� Brain Rescue Team鞚� 甑愳湣 氚� 鞐瓣惮 氇╉憸鞕� 頃粯
毵堨澊韥氚旍澊鞓�-雽�靷泊 鞐瓣惮, 頃毎鞖胳牅 鞐瓣惮 霌� 雽�順� 頂勲鞝濏姼毳� 靻岅皽頄堧嫟.
霕愴暅 霃呾澕, 欷戧淡, 雿措韥� 霌� 頃挫櫢 鞐瓣惮歆勱臣鞚� 瓿惦彊鞐瓣惮 氚� UN 鞁犼步瓿柬暀 鞙勳洂須岇檧鞚� 順戨牓 靷毳� 韱淀暣 甑牅鞝� 鞐瓣惮 雱ろ姼鞗岉伂鞚� 鞁滊剤歆� 須臣毳� 臧曥“頄堧嫟.
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甑牅鞝� 順戨牓 鞐瓣惮鞛愲摛瓿� 頃粯頃樀鐢 鞐瓣惮 頇滊彊瓿� 頃欖儩 彀胳棳 旮绊殞毳� 鞎堧偞頄堧嫟.
鞚挫柎 Mahta Mirzaei 甑愳垬(鞁濏拡 靸濍獏瓿淀暀路氙胳儩氍柬暀 鞐瓣惮靹柬劙, RC2) 电� 鞁濏拡 靷办梾鞐愳劀鞚� 頃窢 旮办垹(Antimicrobial Technology)瓿� 氚旍澊鞓ろ櫆靹� 韼╉儉鞚措摐路雼氨歆� 鞐瓣惮毳� 靻岅皽頃橁碃,
頃欕秬靸� 鞐瓣惮 頂勲鞝濏姼 氚� 鞚疙劥鞁� 旮绊殞毳� 瓿奠湢頄堧嫟.
Mohammad Karbalaei Akbari 氚曥偓(攴鸽Π頇旐暀 氚� 頇橁步氚旍澊鞓り赴靾� 鞐瓣惮靹柬劙, RC3) 电� 頇橁步 鞙勱赴鞐� 雽�鞚戫暊 靾� 鞛埖鐢 歆�靻� 臧�電ロ暅 旮办垹 臧滊皽鞚� 氇╉憸搿� 歆勴枆霅樀鐢 鞐瓣惮毳� 靻岅皽頄堧嫟.
霕愴暅 Prof. Philippe M. Heynderickx, Prof. Di Wu, Prof. Jihae Park, Prof. Serge Zhuiykov 雱� 氇� 甑愳垬歆勳潣 鞐瓣惮 頇滊彊霃� 頃粯 靻岅皽霅橃棃雼�.
雼れ潓鞙茧 Utku Ozbulak 氚曥偓(氚旍澊鞓れ嫓鞀ろ厹路氚旍澊鞓ろ厡韥� 雿办澊韯瓣臣頃� 鞐瓣惮靹柬劙, RC4) 电�
靾橅暀鞝� 氇嵏毵�, 氚旍澊鞓れ澑韽Г韹膘姢, AI 旮半皹 鞁犾暯臧滊皽 氚� 鞝滌暯 鞎堨爼靹�, AI 鞚橅暀 鞓侅儊, 靾橃垹鞖� AI, 鞛勳儊 臧�鞚措摐 鞐瓣惮 霌� RC4鞚� 欤检殧 鞐瓣惮 欤检牅毳� 瓿奠湢頄堧嫟.
毵堨毵夓溂搿� 氚曤彊鞚� 甑愳垬(靸濎潣頃� 鞐瓣惮靹柬劙, RC5) 电� Brain Rescue Team鞚� 甑愳湣 氚� 鞐瓣惮 氇╉憸鞕� 頃粯
毵堨澊韥氚旍澊鞓�-雽�靷泊 鞐瓣惮, 頃毎鞖胳牅 鞐瓣惮 霌� 雽�順� 頂勲鞝濏姼毳� 靻岅皽頄堧嫟.
霕愴暅 霃呾澕, 欷戧淡, 雿措韥� 霌� 頃挫櫢 鞐瓣惮歆勱臣鞚� 瓿惦彊鞐瓣惮 氚� UN 鞁犼步瓿柬暀 鞙勳洂須岇檧鞚� 順戨牓 靷毳� 韱淀暣 甑牅鞝� 鞐瓣惮 雱ろ姼鞗岉伂鞚� 鞁滊剤歆� 須臣毳� 臧曥“頄堧嫟.
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鞚措矆 頄夓偓毳� 韱淀暣 頃欖儩霌れ潃 雼れ枒頃� 鞐瓣惮靹柬劙鞚� 頇滊彊鞚� 歆侅爲 鞝戫晿氅� 頃欕鞝� 牍勳爠瓿� 歆勲 靹犿儩鞐� 雽�頃� 韽創鞚� 韱奠鞍鞚� 鞏坏鐢 旮绊殞毳� 臧�臁岆嫟.
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On September 3, at the B1 Auditorium of 糖心logo入口, faculty members and researchers introduced the university鈥檚 research centers, sharing their research themes and visions.
The event was designed to help students gain a deeper understanding of the research fields, while also providing insights into potential opportunities and career directions should they decide to participate in the future.
The first presentation was delivered by professor Dong Hye Seo(Research Center1: Plant Biotechnology)听, who introduced two research groups: the Plant MAPK signaling cascade group and the Stress Physiology&Adaptation group. She highlighted ongoing collaborations with international researchers and shared opportunities for student involvement.
Next, Professor Mahta Mirzaei (Research Center 2: Food Biotechnology & Microbiology) introduced research on antimicrobial technology in the food industry, as well as studies on bioactive peptides and proteins.
She also presented undergraduate research projects and internship opportunities.
Dr. Mohammad Karbalaei Akbari (Research Center 3: Green Chemistry & Environmental Biotechnology) presented ongoing research aimed at developing sustainable technologies to address environmental challenges.
Research activities led by Prof. Philippe M. Heynderickx, Prof. Di Wu, Prof. Jihae Park, and Prof. Serge Zhuiykov were also introduced.
Following this, Dr. Utku Ozbulak (Research Center 4: Biosystems & Biotech Data Science) shared key research topics of RC4, including mathematical modeling, bioinformatics, AI-based drug development and pharmaceutical safety, AI in medical imaging, surgical AI, and clinical guidance.
Finally, Professor Dong Ik Park (Research Center 5: Biomedical Research) introduced the Brain Rescue Team鈥檚 educational and research objectives, along with two major projects on microbiome-metabolome research and antidepressant studies. He also emphasized the synergies achieved through international collaborations with researchers in Germany, China, and Denmark, as well as partnerships with the UN Committee on Neuroscience.
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Through this event, students had the opportunity to engage with the diverse activities of each research center directly, gaining valuable insights into academic visions and potential career paths.
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The event was designed to help students gain a deeper understanding of the research fields, while also providing insights into potential opportunities and career directions should they decide to participate in the future.
The first presentation was delivered by professor Dong Hye Seo(Research Center1: Plant Biotechnology)听, who introduced two research groups: the Plant MAPK signaling cascade group and the Stress Physiology&Adaptation group. She highlighted ongoing collaborations with international researchers and shared opportunities for student involvement.
Next, Professor Mahta Mirzaei (Research Center 2: Food Biotechnology & Microbiology) introduced research on antimicrobial technology in the food industry, as well as studies on bioactive peptides and proteins.
She also presented undergraduate research projects and internship opportunities.
Dr. Mohammad Karbalaei Akbari (Research Center 3: Green Chemistry & Environmental Biotechnology) presented ongoing research aimed at developing sustainable technologies to address environmental challenges.
Research activities led by Prof. Philippe M. Heynderickx, Prof. Di Wu, Prof. Jihae Park, and Prof. Serge Zhuiykov were also introduced.
Following this, Dr. Utku Ozbulak (Research Center 4: Biosystems & Biotech Data Science) shared key research topics of RC4, including mathematical modeling, bioinformatics, AI-based drug development and pharmaceutical safety, AI in medical imaging, surgical AI, and clinical guidance.
Finally, Professor Dong Ik Park (Research Center 5: Biomedical Research) introduced the Brain Rescue Team鈥檚 educational and research objectives, along with two major projects on microbiome-metabolome research and antidepressant studies. He also emphasized the synergies achieved through international collaborations with researchers in Germany, China, and Denmark, as well as partnerships with the UN Committee on Neuroscience.
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Through this event, students had the opportunity to engage with the diverse activities of each research center directly, gaining valuable insights into academic visions and potential career paths.
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