GtoPdb v.2023.1中的QRFP受体

D. Bagnol, T. Bonner, Myrna Carlebur, A. Davenport, S. Foord, S. Fukusumi, R. Granata, D. Larhammar, J. Leprince, J. Maguire, S. Primeaux, H. Vaudry
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引用次数: 0

摘要

编码QRFP受体的人类基因(NC-IUPHAR QRFP受体小组委员会商定的命名法[19];2001年,Lee等人从下丘脑cDNA文库中发现了QRFPR,以前被称为肽P518受体(Peptide P518 receptor),以前被指定为孤儿GPCR受体[17]。然而,报道的cDNA (AF411117)是一个嵌合体,其中碱基1-127来自1号染色体,碱基155-1368来自4号染色体。经校正后,QRFPR(也称为SP9155或AQ27)编码一个431个氨基酸的蛋白,该蛋白与其他肽受体在跨膜跨越区域具有序列相似性。这些包括神经肽FF2(38%)、神经肽Y2(37%)和甘丙肽Gal1(35%)受体。QRFP受体被鉴定为一种gs偶联GPCR[6,14],由内源性肽QRFP43 (43RFa)和QRFP26 (26RFa)激活[6,14,11]。然而,Gq-和Gi/o介导的信号也有报道[11,25]。人类QRFP受体中两种自然发生的突变导致26rfa诱发的截然相反的信号偏倚[20]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
QRFP receptor in GtoPdb v.2023.1
The human gene encoding the QRFP receptor (nomenclature as agreed by the NC-IUPHAR Subcommittee on the QRFP receptor [19]; QRFPR, formerly known as the Peptide P518 receptor), previously designated as an orphan GPCR receptor was identified in 2001 by Lee et al. from a hypothalamus cDNA library [17]. However, the reported cDNA (AF411117) is a chimera with bases 1-127 derived from chromosome 1 and bases 155-1368 derived from chromosome 4. When corrected, QRFPR (also referred to as SP9155 or AQ27) encodes a 431 amino acid protein that shares sequence similarities in the transmembrane spanning regions with other peptide receptors. These include neuropeptide FF2 (38%), neuropeptide Y2 (37%) and galanin Gal1 (35%) receptors. QRFP receptor was identified as a Gs-coupled GPCR [6, 14] that's activated by the endogenous peptides QRFP43 (43RFa) and QRFP26 (26RFa) [6, 14, 11]. However, Gq- and Gi/o-mediated signaling was also reported [11, 25]. Two naturally occurring mutations in the human QRFP receptor lead to distinct and opposite 26RFa-evoked signaling bias [20].
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