ca2

navigate by keyword : 039 alzheimer arrhytmia biochemistry ca2 calcium calmodulin calmodulindependent camkii complex disease dodecameric enzyme heart holoenzyme kinase learning longterm mediator medical memory molecule neuron potentiation protein synapse

Symbols (Na+, K+, Cl-, Ca2+) are shown to represent movement across Royalty Free Stock Photo

CAMKII, key regulatory aminoacids of two identical subunits Royalty Free Stock Photo

Schematic serves as a tool for understanding ion transport in Royalty Free Stock Photo

Proteins and transporters within the cell membrane, facilitating ion Royalty Free Stock Photo

Elements include a Band 3 anion exchanger, AQP1 water channel, Gardos Royalty Free Stock Photo

Metabolism of vitamin D Royalty Free Stock Photo

Hormonal Regulation of Calcium Royalty Free Stock Photo

Ca2+/calmodulin-dependent protein kinase II holoenzyme

Labeled structures include Band 3 Anion Exchanger, Gardos Channel (KCa3 Royalty Free Stock Photo

Cross-sectional illustration of a cell membrane showing various ion channels and Royalty Free Stock Photo

Chemical synapse Royalty Free Stock Photo

Water drops on the plant Royalty Free Stock Photo

Collection of simple outline icons for ecology and sustainability tree leaf Royalty Free Stock Photo

Lung Anatomy Oxygen and Carbon Dioxide Exchange Medical Illustration Royalty Free Stock Photo

Illustration of a cell membrane demonstrating ion and water transport mechanisms Royalty Free Stock Photo

CaMKII is regulated by the Ca2+/calmodulin complex. CAMKII is a key mediator of learning and memory. Misregulation of CAMKII seems to be linked to Alzheimer`s disease