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After binding, [[signal transduction]] activates the [[second messenger system]]s adenyl cyclase-[[cyclic AMP]]

...Tyrosines are present in several cellular proteins which are involved in [[Signal transduction|cell signaling]] pathways (this includes tyrosine kinases themselves), usua

{{r|Signal transduction}}

In [[signal transduction]], [[cell surface receptor]]s may activate [[second messenger system]]s suc

{{r|Signal transduction}}

...ved in cytokine receptor signaling, plays a role in altering intracellular signal transduction processes.

In [[signal transduction]], [[cell surface receptor]]s may activate [[second messenger system]]s suc

In [[biochemistry]] and [[signal transduction]], '''G-protein-coupled receptor kinases''' are a "family of serine-threoni In [[signal transduction]], [[cell surface receptor]]s may activate [[second messenger system]]s suc

...]] and [[genomics]], [[polymorphisms]] and molecular aspects of evolution, signal transduction pathways and networks, stress responses and [[pharmacogenomics]] in cancer

...ors are G protein-coupled [[cell surface receptor]]s responsible for the [[signal transduction]] of the main effector hormone. The '''AT₁''' and A'''T<sub>2</s

...fects have been unsuccesful. Mutations in the leptin receptor (''db/db'') signal transduction pathway are much more common than mutations in leptin synthesis (''ob/ob'')

An important function of phosphodiesterases is terminating [[signal transduction]] by the breakdown of the [[second messenger system|second messengers]] [[c

* [[Signal transduction]] - function in the transmission of information in cells ...enzyme-catalyze hydrolysis to generate [[second messengers]] involved in [[signal transduction]]. In the case of phosphatidylinositol, the head group can be enzymatically

...in]] or Gβγ subunits (making it part of a [[G protein-coupled receptor]] [[signal transduction]] pathway) or by [[transmembrane receptor]]s with intrinsic or associated [

...production}} {{rpl|sexual selection}} {{rpl|shigella}} {{rpl|shoot}} {{rpl|signal transduction}} {{rpl|silk}} {{rpl|Sir Charles Lyell}} {{rpl|sister chromatid}} {{rpl|ske

...production}} {{rpr|sexual selection}} {{rpr|shigella}} {{rpr|shoot}} {{rpr|signal transduction}} {{rpr|silk}} {{rpr|Sir Charles Lyell}} {{rpr|sister chromatid}} {{rpr|ske

.../ref> <ref>Bardwell L. (2008) [http://dx.doi.org/10.1016/j.cub.2008.07.082 Signal transduction: turning a switch into a rheostat.] ''Curr Biol'' 18:R910-R912.

*** [[nerve]] signaling: [[action potential]] -- [[signal transduction]] -- [[synapse]] -- [[receptor (biochemistry)|receptor]] **[[signal transduction]] -- [[growth factor]] -- [[transcription factor]] -- [[protein kinase]] --

|rowspan=2 |discovery of [[G protein]]s and their role in [[signal transduction]] in cells |rowspan=3 |discoveries relating to [[signal transduction]] in the [[nervous system]]

After binding, [[signal transduction]] activates the [[second messenger system]]s adenyl cyclase-[[cyclic AMP]]