… (B) Effect of altering KD to ten-times-lower or -higher values. (C) … receptor activates adenylate
cyclase that generates cAMP. … Fine-tuning of RBOH isoform activity allows cells to tailor O2 …

… of membrane proteins (74, 75). The opposing argument was … % reduced cardiac CPT-1
activity but failed to alter the rates of … this is the main Akt isoform involved in CD36 translocation (…

… found in various shapes and can alter their morphology during … to be regulated by cofilin
phosphorylation [75,76]. Spine … (1) Is the subcellular distribution of LIMK1 regulated by synaptic …

… Increased cAMP further leads to the activation of protein kinase … show more functional
specificity in various cell types [75]. … These changes can further alter the systemic energy …

… (Gα s ) stimulates all AC isoforms to produce cAMP, while Gα i/… 60% of intracellular cAMP
production, respectively [73,75]. … in cardiac physiology and are extensively modified post-MI. …

… , MAPK, and the 90 kD ribosomal S6 kinase of various serine … with some intracellular effectors
[75]. Both receptors belong … of a tumor to identify altered genes and pathways that enable …

… Next, we examined the subcellular distribution of endogenous … the subcellular distribution
of the two Slc37a2 isoforms in … in Slc37a2 KO SLs altered their capacity to translocate to the …

… Both neurometabolic and neurovascular coupling are altered in a … What is the mitochondrial
subcellular localization of the … By regulating the formation of cAMP via the lactate receptor …

… present a differential subcellular distribution within a single … Cav-1–knocking down (Cav-1–KD)
and the disruption of Cav-1-… ’s disease where an alteration of signaling processes …

… specific and isoforms such as PDE 4,7 and 8 solely hydrolyze cAMP molecules … 1,2,3,10
and 11 are family of enzymes that are dual substrate specific and can hydrolyze both cAMP …