Repolarisation of the axonal membrane results in development of

During depolarisation of an axonal membrane

During depolarisation of an axonal membrane

Assertion: Na and K ions are necessary for muscle contraction. Reason: Na and K concentrationn changes across the muscle cell membrane resulting in development of potential difference.

Assertion: Na and K ions are necessary for muscle contraction. Reason: Na and K concentrationn changes across the muscle cell membrane resulting in development of potential difference.

Inuced partenogenesis results in development of:

During repolarisation outer surface of axonal membrane is positively charged due to

Repolarisation of the ventricles is represented by

Repolarisation of the ventricles is represented by

During resting potential, the axonal membrane is polarised, indicate the movement of +ve and -ve ions leading to polariation diagrammatically.