This title was first published in 1986. It comprises contemporary knowledge of the calcium pump of plasma membranes and associated fields of research.
This second edition of the book on Store-operated Ca2+ Entry Pathways has been updated with the newest discoveries that emerged in the field within the last five years.
... Ca2+. However, aside from this special case, Ca2+ influx through AMPA receptors does not seem to play a major role in astrocyte Ca2+ signaling because in most brain regions astrocytes express AMPA receptors that contain the GluR2 sub ...
... Ca2+ release from the endoplasmic reticulum (ER). The positive feedback (+ve) of Ca2+ on the IP3 receptor (IP3 R. CICR and R limit initiates the Ca2+ Ca2+-induced increase. Some Ca2+ release (CICR) through the IP3 The elevated Ca2+ has ...
... Ca2+ mobilization and Ca2+ entry mechanisms coupled to the α mesenteric 1 -adrenoceptor arteries in were resistance kept in a arteries, nominally endothelium-denuded Ca2+-free medium, stimulated with PE and further activated with ...
... Ca2+] i may be regulated independently, Ca2+ waves generated in the cytoplasm can spread into the nucleo- plasm of several cell types. Furthermore, cytoplasmic Ca2+puffs can cause transient increase in nucleoplas- mic [Ca2+]. In HeLa ...
... Ca2+ concentration ([Ca2+] i ) (15), but important differences were noted. FcγRIIa used the second messenger of Ca2+ from an internal pool (15), while IP3 to the increase induce release in [Ca2+] i induced by FcγRIIIb did not involve ...
... Ca2+], and to a lesser extent on factors that affect Ca2+ sensitivity of the contractile apparatus. The contractility of cardiac muscle is primarily dependent on the way that the cell handles Ca2+. Initiation. of. contraction. During the ...
... Ca2+ in the presynaptic nerve terminal. Thus, understanding presynaptic Ca2+ signaling and the way in which Ca2+ triggers transmitter release are important prerequisites for understand- ing the mechanisms underlying STE. Presynaptic. Ca2 ...
... Ca2+ in a multi-chromatic manner. Accordingly, we co-expressed each sub-mitochondrial targeted GEM-GeCO1 with either the cytosolic- (CARGeCO1) or the mitochondrial matrix-targeted (mt-CARGeCO1) red Ca2+ biosensor and imaged the ...