TRPV5 Antibody

1. The alterations may lead to misfolding of TRPV5, reduction in translocation of the channel to the plasma membrane and/or impaired Ca(2+) transport function of the channel, and ultimately disrupt TRPV5-mediated Ca(2+) reabsorption. PMID:28847730
2. These findings indicate that the A563T variation induces structural, dynamical, and electrostatic changes in the TRPV5 pore, providing structural insight into the functional alterations associated with the A563T variation. PMID:26837804
3. Data found that a TRPV5 polymorphism (rs4236480) was observed to be associated with stone multiplicity of calcium nephrolithiasis, as the risk of stone multiplicity was higher in patients with the TT+CT genotype than in patients with the CC genotype PMID:26089600
4. High TRPV5 expression is aassociated with adenoma of parathyroid glands. PMID:25164318
5. Klotho up-regulates TRPV5 from both the inside and outside of cells. PMID:25378396
6. Decreased expression of TRPV5 is associated with non-small cell lung cancer. PMID:24761864
7. Upregulating the expression of TRPV5 can be utilized to manipulate transmembrane Ca2+ transport, and may serve as an alternative for the treatment of Ca2+ balance-related diseases. PMID:25139832
8. Data indicate that transient receptor potential vanilloid type 5 (TRPV5) plasma membrane retention is regulated via lipid rafts. PMID:23970553
9. urinary plasmin could contribute to the downstream effects of proteinuria on the tubulointerstitium by negatively modulating TRPV5 PMID:23024298
10. apically secreted tissue transglutaminase functions as an inhibitor of TRPV5 and thereby contributes to the regulation of body Ca2+ homeostasis. PMID:21952826
11. Data show that calmodulin negatively modulates TRPV5 activity, which is reversed by parathyroid hormone-mediated channel phosphorylation. PMID:21576356
12. A calmodulin binding site was located in the C-termini of TRPV2 (654-683) and TRPV5 (587-616). PMID:20686800
13. WNK4 and NHERF2 synergistically regulate TRPV5 by enhancing its forward trafficking and increasing its stability at plasma membrane, respectively. PMID:21187068
14. G(2)/M cell cycle arrest was preceded by activation of TRPV5/6-like nonselective cation channels in the plasma membrane resulting in an elevated Ca(2+) entry as evident from fura-2 Ca(2+) imaging. PMID:21063097
15. TRPV5 channel is susceptible for helix breaking mutations and the proximal intracellular region of TM5 of this channel plays an important role in Ca(2+)-dependent inactivation PMID:21035851
16. Findings suggest that TRPV-5 contributes to maintaining the homeostasis of the human skeleton via a negative feedback loop in RANKL-induced bone resorption. PMID:20547482
17. Functional properties of the epithelial Ca2+ channel, ECaC. PMID:11765215
18. does not play a primary role in autosomal dominant hypercalciuria PMID:12198212
19. Our results indicate that the pattern of CaT1 and CaT2 expression correlates with the Ca2+ uptake potential along the differentiation of cultured human trophoblasts isolated from term placenta PMID:12390878
20. The epithelial Ca2+ channel TRPV5 is essential for proper osteoclastic bone resorption. PMID:16291808
21. WNK4 positively regulates TRPV5-mediated Ca transport & inhibitory effect of thiazide-sensitive Na+Cl- cotransporter on this process may be involved in pathogenesis of hypercalciuria of familial hyperkalemic hypertension caused by gene mutation in WNK4. PMID:17018846
22. TRPV5 is involved in regulation and function in renal Ca2+ reabsorption and overall Ca2+ homeostasis--{review} PMID:17217059
23. malin ubiquitinates PTG in a laforin-dependent manner, both in vivo and in vitro, and targets PTG for proteasome-dependent degradation. These results suggest an additional mechanism, involving laforin and malin, in regulating glycogen metabolism PMID:18077461
24. activation of protein kinase C increases cell surface abundance of TRPV5 by inhibiting endocytosis PMID:18305097
25. review covers the distinctive properties and regulation of the highly Ca(2+)-selective TRPV5 channel and highlights the implications for our understanding of the process of Ca(2+) reabsorption. PMID:18596722
26. This study was aimed at the mechanism underlying the difference in the effects of WNK4 on TRPV5 and TRPV6 through analyzing the difference in TRPV5 and TRPV6 expression in the plasma membrane. PMID:18703016
27. Genotyping TRPV5 in renal hypercalciuria revealed three non-synonymous and five synonymous polymorphisms. Electrophysiological study of the TRPV5 mutants did not reveal significant functional changes compared to wild-type TRPV5 channel recordings. PMID:19131347
28. The expression pattern and the selective Ca2+ permeation properties of TRPV5 channel indicate an important role of this channel in the Ca2+ homeostasis. PMID:19140341
29. Activation of the CaR stimulates TRPV5-mediated Ca(2+) influx via a PMA-insensitive PKC isoform pathway. PMID:19157541
30. the A563T variation in TRPV5 may contribute to the superior ability of renal Ca(2+) conservation in African Americans PMID:19261737
31. Parathyroid hormone activates the cAMP-PKA signaling cascade, which rapidly phosphorylates threonine-709 of TRPV5, increasing the channel's open probability and promoting Ca(2+) reabsorption in the distal nephron. PMID:19423690

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HGNC: 3145

UNIGENE: Hs.283369

KEGG: hsa:56302

STRING: 9606.ENSP00000265310

OMIM: 606679