A Level Biology Revision (Year 13) "Transmission of an Action Potential along a Non-myelinated Axon"

In this video, we look at how the action potential is transmitted along a non-myelinated axon. We explore the importance of localised electrical circuits in this process. We then look at what is meant by the refractory period and why this is important.
Resting potential: • A Level Biology Revisi...
Action potential: • A Level Biology Revisi...

[@malekgameingtube6201]

Will you finish all the A level syllabus before the exam? I mean the A2 or year 13

[@ytfreedomx4751]

Love your vid

[@Lola_444]

What’s the difference between transmission along a myelinated axon and non myelinated axon

[@ytfreedomx4751]

@freesciencelessons is there a difference between the exam boards or all are the Same ?

[@Freesciencelessons]

No there are significant differences between them. Some content is found in one exam board but not the others and sometimes there is a different emphasis (for example in the use of scientific terms).

[@bel_ramsey2953]

@freesciencelessons do you do A level physics videos

[@Freesciencelessons]

No I'm afraid not. I've never taught it.

[@crazymorkovka7957]

First like