During the propagation of a nerve impulse, the action potential results from the movement of

During the propagation of a nerve impluse, the action potential results from the movement of

Given below are the stages in the generation of optic nerve impulse or action potential on the retina and the role of opsin and retinal in the mechanism of vision. Arrange them in a sequential order. a) Action potential (impulses) are transmitted by the optic nerves to the visual cortex area of the brain. b) Light induces dissociation of retinal from opsin. c) Generates action potential in the ganglion cells through bipolar cells. d) Structural changes in the opsin which induce membrane permeability changes. e) Potential differences are generated in the photoreceptor cells. f) Neural impulses are analyzed by visual cortex area of the brain.

During conduction of nerve impulse

During the conduction of nerve impulse, the repolarisation occurs with the

During transmission of nerve impulse the potential inside membrane has the following type of charge

The action potential of a nerve cells is

During conduction of nerve impulse, what causes repolarisation of nerves ?