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12:20 pm Invited Talk: Modelling the syncytial organization and neural control of smooth muscle: insights into autonomic physiology and pharmacology @ Amriteshwari Hall
Invited Talk: Modelling the syncytial organization and neural control of smooth muscle: insights into autonomic physiology and pharmacology @ Amriteshwari Hall
Aug 12 @ 12:20 pm – 12:43 pm
Invited Talk:  Modelling the syncytial organization and neural control of smooth muscle: insights into autonomic physiology and pharmacology @ Amriteshwari Hall | Vallikavu | Kerala | India
Rohit Manchanda, Ph.D. Professor, Biomedical Engineering Group, IIT-Bombay, India Modelling the syncytial organization and neural control of smooth muscle: insights into autonomic physiology and pharmacology We have been studying computationally the syncytial organization and neural control of smooth muscle in
2:07 pm Invited Talk: ColoAd1- An oncolytic adenovirus derived by directed evolution @ Acharya Hall
Invited Talk: ColoAd1- An oncolytic adenovirus derived by directed evolution @ Acharya Hall
Aug 12 @ 2:07 pm – 2:30 pm
Invited Talk: ColoAd1- An oncolytic adenovirus derived by directed evolution @ Acharya Hall | Vallikavu | Kerala | India
Terry Hermiston, Ph.D. Vice President, US Biologics Research Site Head, US Innovation Center Bayer Healthcare, USA ColoAd1 – An oncolytic adenovirus derived by directed evolution Attempts at developing oncolytic viruses have been primarily based on rational design. However, this approach
2:26 pm Invited Talk: Control of sequential movements: insights from the oculomotor system @ Amriteshwari Hall
Invited Talk: Control of sequential movements: insights from the oculomotor system @ Amriteshwari Hall
Aug 12 @ 2:26 pm – 2:54 pm
Invited Talk: Control of sequential movements: insights from the oculomotor system @ Amriteshwari Hall | Vallikavu | Kerala | India
Aditya Murthy, Ph.D. Associate Professor, Centre For Neuroscience, Indian Institute of Science, Bangalore, India Since Karl Lashley’s seminal work on the formulation of serial order, numerous models assume simultaneous representation of competitive elements of a sequence, to account for serial order