|
Week - 1
|
Explanation of concepts in biophysics and cell electrophysiology |
|
Week - 2
|
Investigation of cell membrane biophysics through Nernst's equation and Fick's law of diffusion |
|
Week - 3
|
Examination of Hodgkin-Huxley modeling in biophysics applications |
|
Week - 4
|
Investigation of Boltzmann distribution and equation in biophysics applications |
|
Week - 5
|
Discussing the functionality of the electrophysiological properties of ion channels |
|
Week - 6
|
Explanation of the Patch Clamp (Current or Voltage Clamp) method |
|
Week - 7
|
Discussing the application areas of the Patch Clamp (Current or Voltage Clamping) method |
|
Week - 8
|
Introduction to experimental application with patch clamp method |
|
Week - 9
|
Taking control records in experimental application with patch clamp method |
|
Week - 10
|
Application of patch clamp technique with pharmaceutical agents |
|
Week - 11
|
Application of patch clamp technique with pharmaceutical agents |
|
Week - 12
|
Application of patch clamp technique with pharmaceutical agents |
|
Week - 13
|
Application of patch clamp technique with pharmaceutical agents |
|
Week - 14
|
Discussion of the mechanisms of action for pharmaceutical agents on biophysical parameters |