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{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|tyrosine}}

{{r|Tyrosine}}

...OH, it is subject to [[phosphorylation]] by [[kinases]]. [[Serine]] and [[tyrosine]] are the only other amino acids with hydroxyl groups on their side chains.

...four [[aromatic]] amino acids with [[histidine]], [[phenylalanine]] and [[tyrosine]]. It is the most [[hydrophobic]] of the amino acids, and most well-folded

{{r|Tyrosine}}

{{r|Tyrosine}}

'''Hepatocyte growth factor receptor''' (HGFR) is a [[receptor tyrosine kinase]] that is essential for embryonic development and wound healing. It

{{r|Tyrosine kinase}}

{{r|Tyrosine}}

{{r|tyrosine}}

...us kinases''', also known as JAK kinases, are "a family of intracellular [[tyrosine kinase]]s that participate in the signaling cascade of cytokines by associa

...ause it is one of the three amino acids, together with [[threonine]] and [[tyrosine]], that contain a [[hydroxyl]] group (OH) on the side chain. It can be thou

...The binding of ligand to the receptor causes activation of its intrinsic [[tyrosine kinase]] activity and rapid internalization of the receptor-ligand complex

:From [[phenylalanine]] and [[tyrosine]]

{{r|Tyrosine}}

...-2''', '''HER2/neu''') is a [[cell surface receptor]] that is a "[[protein-tyrosine kinase receptor]] that is found to be overexpressed in a significant number

e.g., the two protons ortho to hydroxy group in tyrosine are chemically equivalent but they are not magnetically equivalent.

|[[tyrosine|TYR]]

...+</sup> level. It also inhibits [[adenylate cyclase]] and activate various tyrosine kinases. Effects mediated by the AT₁ receptor include vasoconstr

...pathway) or by [[transmembrane receptor]]s with intrinsic or associated [[tyrosine kinase]] activity. *PLC-γ is activated by [[receptor tyrosine kinase]]s.

{{r|Tyrosine}}

:*[[Tyrosine]] (Tyr, Y)

: ''From [[phenylalanine]] and [[tyrosine]] ([[catecholamines]], in the order of their synthesis):'' ...ibitor, hence potentiating its effect. [[AMPT]] prevents the conversion of tyrosine to [[L-DOPA]], the precursor to dopamine; [[reserpine]] prevents dopamine s

...]], [[dopamine]]. They are derived from the non-essential [[amino acid]] [[tyrosine]] which is found in casein in milk and cheese. ...messengers epinephrine, norepinephrine, and dopamine are synthesized from tyrosine by a common biosynthetic pathway."<ref name="title">{{MeSH|Receptors, Catec

...nts are shown to have dramatically increased levels of 2 cytosolic protein tyrosine phosphatases that contain src-homology 2 (SH2): SHP-1 and SHP-2. One hypoth

...ently bound to a protein termed [[glycogenin]] as a β-linkage to a surface tyrosine residue. [[Glycogenin]] is a glycosyltransferase and occurs as a dimer in t

...c Polypeptide (PP)-fold family, namely PP itself and also peptide tyrosine-tyrosine (PYY), the first gut hormone shown to have appetite-inhibiting properties.

...expressed on the surface of target cells (thoufgh some act via receptor [[tyrosine kinase]]s). There can be several different receptors through which any one

...ic encephalopathy among patients with an abnormal and normal serum 3-nitro-tyrosine above 14 nM were 75.0% and 4.0%, respectively. <ref name="pmid21483460"/>

...kaptonuria]]</td><td>homogentisic acid oxidase</td><td>Stops catabolism of tyrosine to (via homogentisic acid) [[Maleylacetoacetic acid]]</td><td></td><td></td

''[[Peptide tyrosine tyrosine]]'' (PYY) is a peptide belonging to the [[neuropeptide Y]] (NPY) family. PY

...wth factor]] that activates the Axl [[receptor (biochemistry)|receptor]] [[tyrosine kinase]] and stimulates cell proliferation or prevents [[apoptosis]] in som

#[[Amine]]-derived hormones are derivatives of the [[amino acid]]s [[tyrosine]] and [[tryptophan]]. Examples are the [[catecholamine]]s ([[dopamine]], [[

Tyrinosinase is an enzyme that acts on the amino acid tyrosine in metabolism, and is required for melanin production in mammals. If this

...[[catecholamine]] [[neurotransmitter]]s in the brain. It is derived from [[tyrosine]] and is the precursor to norepinephrine and epinephrine. Dopamine is a maj

...sequences between the "fused in glioblastoma" (fig) gene and the receptor tyrosine kinase "ros", producing a fusion protein (FIG-ROS). The abnormal FIG-ROS fu

...of nine [[amino acid]]s (a nonapeptide). The sequence is [[cysteine]] - [[tyrosine]] - [[isoleucine]] - [[glutamine]] - [[asparagine]] - [[cysteine]] - [[prol ...e of oxytocin is very similar to that of [[vasopressin]] ([[cysteine]] - [[tyrosine]] - <u>[[phenylalanine]]</u> - [[glutamine]] - [[asparagine]] - [[cysteine]

...of nine [[amino acid]]s (a nonapeptide). The sequence is [[cysteine]] - [[tyrosine]] - [[isoleucine]] - [[glutamine]] - [[asparagine]] - [[cysteine]] - [[prol ...e of oxytocin is very similar to that of [[vasopressin]] ([[cysteine]] - [[tyrosine]] - <u>[[phenylalanine]]</u> - [[glutamine]] - [[asparagine]] - [[cysteine]

...stimulation of the receptor, is a cause for the disease. Inhibiting the [[tyrosine kinase]] receptor with [[imatinib]] (see below) may reduce the symptoms of

...ivated by cleavage). The amino acid sequence of AVP is [[cysteine|Cys]]-[[tyrosine|Tyr]]-[[Phenylalanine|Phe]]-[[glutamine|Gln]]-[[asparagine|Asn]]-[[Cysteine

...for a receptor without the intraceullar C terminal, which is necessary for tyrosine kinase activation. Only one family have been found to have a leptin recept

* [[Tyrosine]] — C₉O₃H₁₁N

* [[Tyrosine]]

...the enzyme that catalyzes the decarboxylation of p-hydroxyphenylacetate (a tyrosine degradation product) to p-crysol, a compound that stunts bacterial growth.

...15800324}}</ref> A small pilot study suggested possible benefit from the [[tyrosine kinase]] inhibitor [[erlotinib]] in patients with advanced cholangiocarcino

...protein Shank3 mediates signaling and biological function of the receptor tyrosine kinase Ret in epithelial cells] G. Schuetz et al (2004) Journal of Cell Bio

Tyrosine hydroxylase is rate limiting in the synthesis of all catecholamines ([[dopa