Can you name the Signal Transduction Keywords? by skerney

Signal Transduction
Protein kinase A (PKA) is activated by
Calcium dependent protein kinase (CDPK) is activated by
Second messenger activated protein kinase activated by calcium ions (Ca2+) and DAG (diacylglyceride)

G-Protein Coupled Receptors
CCK is secreted by these cells in the duodenum into the blood
The CCK receptor has this many transmembrane helices
The CCK receptor is an example of this type of receptor
The G-protein associated with the CCK receptor activates this molecule
Hydrolysis of which molecule by the above results in production of IP3 and DAG
IP3 binds to its receptor on which cell structure, stimulating release of Ca2+
Increased concentration of calcium ions in pancreatic acinar cells triggers secretion of this type of enzyme
This ion pump returns cytosolic calcium ion concentration to resting levels
In the skeletal muscle, adrenaline promotes breakdown and inhibits synthesis of this molecule
Synthesis of cAMP is catalysed by this enzyme
Degredation of cAMP is catalysed by this enzyme
This bacterium causes cholera
This protein is secreted by the above bacterium
The above protein has 1 alpha subunit and (x) beta subunits
The alpha subunit enters the mucosal cells of which part of the body

Transduction Pathways
A single protein with no separate subunits
A family of receptors involved in insulin and growth factor responses, that have endogenous enzyme activity
Polypeptide member of above family, important for cell growth, proliferation and differentiation
A phosphate molecule is transferred from ATP to which amino acid
Ligand binding induces receptor (x)
This protein interacts with the receptor
The above protein recruits this protein
The above protein interacts and activates this G-protein (a GPTase)
Once activated, the above activates this protein kinase
Once activated, the above activates this protein kinase
Once activated, the above activates this protein kinase
Example of a neurotransmitter between motor neurones and muscle cells
The above neurotransmitter opens channels, causing an influx of (x) into the muscle cell
Kinked structures lining the pore of the channel, which swing outwards to open the channel
The name of the receptor where the neurotransmitter binds
The structure of the above receptor

Javascript is not currently enabled on your browser.
If you do have Javascript enabled:
This site uses javascript to make the magic happen.
Please turn on javascript and reload this page, or use a more current browser (like Firefox)