neurobio 911 ch 7 of Purve's book: molecular signaling within neurons part 2 (ACh, MAPK, CaMKII, cel

Card Set Information

Author:
mikepl103
ID:
266608
Filename:
neurobio 911 ch 7 of Purve's book: molecular signaling within neurons part 2 (ACh, MAPK, CaMKII, cel
Updated:
2014-03-16 08:08:50
Tags:
neurobio 911 Purve book molecular signaling within neurons part ACh MAPK CaMKII cell amplification norepinephrine purkinje cells long term depression tyrosine hydroxylase
Folders:
2014,biology,neurobiology
Description:
neurobio 911 ch 7 of Purve's book: molecular signaling within neurons part 2 (ACh, MAPK, CaMKII, cell amplification, norepinephrine, purkinje cells, long term depression, tyrosine hydroxylase)
Show Answers:

Home > Flashcards > Print Preview

The flashcards below were created by user mikepl103 on FreezingBlue Flashcards. What would you like to do?


  1. how can prolonged activation of PKC be accomplished?
    through the use of phorbol esters
  2. what are the two classes of tyrosine kinases?
    receptor tyrosine kinases are transmembrane proteins with an extracellular domain that binds to protein ligands and intracellular catalytic domain that phosphorylates the the relevant substrate proteins.

    Non-receptor tyrosine kinases are cytoplasmic or membrane -associated enzymes that are indirectly activated by extracellular signals
  3. where is the inactivated form of CREB usually found in the cell?
    it is found attached to its biding site on DNA
  4. what happens when CREB is phosphorylated?
    it greatly potentiates transcription
  5. c-fos is regulated by which protein?
    CREB
  6. True or false, multiple signals converge on c-fos?
    true
  7. what is the purpose of NGF?
    it is required for the differentiation, surival, and synaptic connectivity of sympathetic and sensory neurons

What would you like to do?

Home > Flashcards > Print Preview