A number of years were to elapse before it became apparent that reversible protein phosphorylation is a general process affecting countless cellular proteins. ❋ Unknown (1993)
Reversible protein phosphorylation is responsible for regulation of processes as diverse as mobilization of glucose from glycogen, prevention of transplant rejection by cyclosporin, and development of a cancer form like chronic myeloic leukemia. ❋ Unknown (1992)
Parnas soon postulated a phosphate cycle, whereby the use of one ATP for phosphorylation is balanced by regeneration of ATP during subsequent steps in glycolysis. ❋ Unknown (2010)
Fischer & Krebs (1992) reversible protein phosphorylation as a biological regulatory mechanism ❋ Unknown (2001)
Finally, Eric Kandel's work has shown us how these transmitters, through second transmitters and protein phosphorylation, create short - and long-term memory, forming the very basis for our ability to exist and interact meaningfully in our world. ❋ Unknown (2000)
Greengard found that dopamine and other "slow" transmitters act by protein phosphorylation, and ❋ Unknown (2000)
The protein phosphorylation affects a series of proteins with different functions in the nerve cell. ❋ Unknown (2000)
Kandel showed that phosphorylation is necessary for the formation of short and long term memory. ❋ Unknown (2000)
Paul Greengard's discoveries concerning protein phosphorylation have increased our understanding of the mechanism of action of several drugs, which specifically affects the phosphorylation of proteins in different nerve cells. ❋ Unknown (2000)
Protein phosphorylation in synapses plays an important role for the generation of a form of short term memory. ❋ Unknown (2000)
The enzymes of oxidative phosphorylation from the inner membranes of mitochondria were known to be large membrane bound multi-subunit complexes, but despite their importance, they had been studied hardly at all from a structural point of view. ❋ Unknown (1998)
G-proteins affect protein phosphorylation, and exert control over cell division and differentiation. ❋ Unknown (1994)
During the early years of our work on protein phosphorylation, Ed ❋ Unknown (1993)
Protein phosphorylation reactions that are coupled in series can act as a biological amplifier. ❋ Unknown (1992)
Introduction » Breakdown of glycogen to glucose » Proteins are the tools of the living organism » Reversible protein phosphorylation regulates most aspects of cell life » Activation of the immune system » ❋ Unknown (1992)
The wide-ranging importance of reversible protein phosphorylation makes it difficult to select a single, representative example when so many could be chosen with equal right. ❋ Unknown (1992)
Reversible protein phosphorylation regulates most aspects of cell life ❋ Unknown (1992)
Reversible protein phosphorylation thereby affects e.g. blood pressure and respiration. ❋ Unknown (1992)
