Neurotrophic factor receptor
http://dbpedia.org/resource/Neurotrophic_factor_receptor
神经生长因子受体(英語:Nerve growth factor receptor)是一类与神经营养因子特异性结合的生长因子受体。 有两类神经生长因子受体:(p75等)和属于受体酪氨酸激酶的Trk受体家族。
* p75是一种低亲和力神经生长因子受体,可以与所有神经营养因子结合,是超家族的一员。在一些文献中,代号"x"也指这个受体
* Trk受体家族包括、与,只与特定的神经营养因子结合,但具有较高的亲和力。Trk受体家族可以作為神經營養因子的媒介,使其可以發揮信號作用。
* NGF會與TrkA結合,BDNF和會與結合,會與結合。此外NT-3也會與TrkA和TrkB結合並發揮活性,但功能並不如與TrkC結合時那樣顯著。
* 一方面Trk受体具有明确的营养作用,但另一方面p75受体激活的信号通路也能导致细胞凋亡。
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Neurotrophic factor receptors or neurotrophin receptors are a group of growth factor receptors which specifically bind to neurotrophins (neurotrophic factors). Two classes of neurotrophic factor receptors are the p75 and the "Trk" families of Tyrosine kinases receptors.
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Neurotrophic factor receptor
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神经生长因子受体
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19139157
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1002274151
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Neurotrophic factor receptors or neurotrophin receptors are a group of growth factor receptors which specifically bind to neurotrophins (neurotrophic factors). Two classes of neurotrophic factor receptors are the p75 and the "Trk" families of Tyrosine kinases receptors.
* p75 is a low affinity neurotrophin receptor, to which all neurotrophins bind. It is a member of the tumour necrosis super family. In some contexts, the phrase "x" only applies to this receptor.
* The Trk family include TrkA, TrkB, and TrkC, and will only bind with specific neurotrophins, but with a much higher affinity. The Trks mediate the functional signals of the neurotrophins.
* NGF binds to TrkA, BDNF and NT-4 bind to TrkB and NT-3 binds to TrkC. In addition NT-3 also binds to and activates TrkA and TrkB but it does so less efficiently.
* Whilst the Trk receptors have a clearly defined trophic role, p75 receptors activate signalling pathways which can also result in apoptosis.
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神经生长因子受体(英語:Nerve growth factor receptor)是一类与神经营养因子特异性结合的生长因子受体。 有两类神经生长因子受体:(p75等)和属于受体酪氨酸激酶的Trk受体家族。
* p75是一种低亲和力神经生长因子受体,可以与所有神经营养因子结合,是超家族的一员。在一些文献中,代号"x"也指这个受体
* Trk受体家族包括、与,只与特定的神经营养因子结合,但具有较高的亲和力。Trk受体家族可以作為神經營養因子的媒介,使其可以發揮信號作用。
* NGF會與TrkA結合,BDNF和會與結合,會與結合。此外NT-3也會與TrkA和TrkB結合並發揮活性,但功能並不如與TrkC結合時那樣顯著。
* 一方面Trk受体具有明确的营养作用,但另一方面p75受体激活的信号通路也能导致细胞凋亡。
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5365