Posted on 09/08/2008 by pharma2010
The Nerve Impulse
Chemical Synapse
Transmission Across a Synapse
Sodium-Potassium Exchange
Cell Proliferation Signaling Pathway
Function of the Neuromuscular Junction
Action Potentials and Muscle Contraction
Voltage Gated Channels and the Action Potential
Action Potential Propagation in an Unmyelinated Axon
Membrane-Bound Receptors, G Proteins, and Ca2+ Channels
Filed under: bio, pharma | Tagged: animation, Breakdown of ATP, Ca2-Channels, Cell Proliferation Signaling Pathway, Chemical-Synapse, G Proteins, Membrane-Bound Receptors, Nerve Impulse, Synapse, the Action Potential, Unmyelinated Axon, قنوات الكالسيوم, Voltage Gated Channels, المستقبلات | 2 Comments »
Posted on 01/11/2008 by pharma2010
How-Intracellular-Receptors-Regulate-Gene-Transcription
http://www.esnips.com/doc/d9330049-0b1c-4ef6-8c67-5643ee1bff8d/How-Intracellular-Receptors-Regulate-Gene-Transcription
Membrane-Bound-Receptors-G-Proteins-and-Ca2-Channels
http://www.esnips.com/doc/58b395b7-c8f1-4b00-8258-2aa68b41f564/Chapter-45—Membrane-Bound-Receptors-G-Proteins-and-Ca2-Channels
Chemical-Synapse
http://www.esnips.com/doc/41b83756-78ec-4d54-abe2-1d2e659ed33b/Chapter-45—Chemical-Synapse
Sodium-Potassium-Exchange
http://www.esnips.com/doc/4d94a611-0e05-4784-a063-08be0f54cbea/Chapter-45—Sodium-Potassium-Exchange
Filed under: genetic, pharma | Tagged: Ca2-Channels, Chemical-Synapse, gene, Membrane-Bound-Receptors-G-Proteins, pharma, pharmacology, receptor, transcription | 4 Comments »
