Across
- 7. Equation to find the membrane potential
- 8. Drug that blocks VG potassium channels
- 10. Inability of charge to flow
- 13. Opening/closing depends on binding of a molecule
- 15. Membrane potential that an ion "wants" it to be
- 17. Process by which sodium is not allowed to flow through an open channel
- 18. Binds to a receptor and stops the response due to neurotransmitter
- 19. A receptor that is also an ion channel
- 21. Ion responsible for rising phase of an action potential
- 22. Myelination in the CNS
- 24. Ion primarily responsible for falling phase of an action potential
- 25. Ion responsible for causing synaptic release
- 26. Binds to a receptor and mimics response due to neurotransmitter
- 27. Affecting the strength of an EPSP or IPSP
- 28. Ability of charge to flow
- 29. Neurotransmitter is cleared out by packing it back into vesicles
Down
- 1. Storing energy by separating charges
- 2. Equation to find the equilibrium potential for one ion at a time
- 3. Opening/closing depends on membrane voltage
- 4. Neurotransmitter in the NMJ
- 5. Neurotransmitter is cleared out by breaking it down
- 6. Ability to cross a membrane
- 9. An IPSP further down the dendrite can cancel out an EPSP on its way to the soma
- 11. Myelination in the PNS
- 12. Based on the "weighted average" of the Eion of all permeable ions
- 14. First site with enough VG channels to create an action potential
- 16. A receptor that is not an ion channel but causes a signal cascade
- 20. One cell releases one neurotransmitter
- 23. Drug that blocks VG sodium channels