DIFFERENCES IN cAMP LEVELS IN NEURONS CAN EXPLAIN THE SWITCH IN RESPONSE TO MAC FROM PROMOTION TO INHIBITION OF AXONAL REGENERATION DURING DEVELOPMENT.

Autor:	Cai, D., Filbin, M. T.
Předmět:	NEUROCHEMISTRY GLYCOPROTEINS NEURONS EMBRYOLOGY MOLECULES
Zdroj:	Journal of Neurochemistry; Jul99 Supplement, Vol. 73, pS126-S126, 1/4p
Abstrakt:	The article presents an abstract of the study "Differences in cAMP Levels in Neurons Can Explain the Switch in Response to MAC From Promotion to Inhibition of Axonal Regeneration During Development." Myelin-Associated Glycoprotein is a bifunctional molecule which inhibits regeneration from a wide variety of post-natal neurons. Endogenous cAMP levels in embryonic RGC and in neonatal DRO neurons are twofold higher than CAMP levels in postnatal RGC and DRG neurons.
Databáze:	Complementary Index
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