about
sameAs
Use of the operon structure of the C. elegans genome as a tool to identify functionally related proteinsInhibition of the Human Respiratory Syncytial Virus Small Hydrophobic Protein and Structural Variations in a Bicelle EnvironmentVolume-regulated Cl- channels in human pleural mesothelioma cellsCrude venom from nematocysts of Pelagia noctiluca (Cnidaria: Scyphozoa) elicits a sodium conductance in the plasma membrane of mammalian cellsS-CMC-Lys protective effects on human respiratory cells during oxidative stress.Calcium oxalate stone formation in the inner ear as a result of an Slc26a4 mutation.Methylation of the human pendrin promoter.The molecular and functional interaction between ICln and HSPC038 proteins modulates the regulation of cell volume.Nematocyst discharge in Pelagia noctiluca (Cnidaria, Scyphozoa) oral arms can be affected by lidocaine, ethanol, ammonia and acetic acid.Associations of Haplotypes Upstream of IRS1 with Insulin Resistance, Type 2 Diabetes, Dyslipidemia, Preclinical Atherosclerosis, and Skeletal Muscle LOC646736 mRNA LevelsMis-targeting of the mitochondrial protein LIPT2 leads to apoptotic cell deathFunctional assessment of allelic variants in the SLC26A4 gene involved in Pendred syndrome and nonsyndromic EVAFunctional characterization of pendrin mutations found in the Israeli and Palestinian populations.Identification of allelic variants of pendrin (SLC26A4) with loss and gain of function.Reduction of cellular expression levels is a common feature of functionally affected pendrin (SLC26A4) protein variants.Functional characterization of wild-type and mutated pendrin (SLC26A4), the anion transporter involved in Pendred syndrome.Molecular and functional characterization of human pendrin and its allelic variants.Pendrin function in airway epithelia.Pharmacogenetics in the evaluation of new drugs: a multiregional regulatory perspective.The human pendrin promoter contains two N(4) GAS motifs with different functional relevance.A new gene-finding tool: using the Caenorhabditis elegans operons for identifying functional partner proteins in human cells.Targeting SREBPs for treatment of the metabolic syndrome.Interleukin-4 Induces CpG Site-Specific Demethylation of the Pendrin Promoter in Primary Human Bronchial Epithelial Cells.Effect of Known Inhibitors of Ion Transport on Pendrin (SLC26A4) Activity in a Human Kidney Cell Line.Curcumin affects cell survival and cell volume regulation in human renal and intestinal cells.LSm4 associates with the plasma membrane and acts as a co-factor in cell volume regulation.High phenotypic intrafamilial variability in patients with Pendred syndrome and a novel duplication in the SLC26A4 gene: clinical characterization and functional studies of the mutated SLC26A4 protein.Fast fluorometric method for measuring pendrin (SLC26A4) Cl-/I- transport activity.The expression of wild-type pendrin (SLC26A4) in human embryonic kidney (HEK 293 Phoenix) cells leads to the activation of cationic currents.EGF stimulates IClswell by a redistribution of proteins involved in cell volume regulation.Impact of Scyphozoan Venoms on Human Health and Current First Aid Options for Stings.Oxidative Stress and Membrane Transport SystemsInterleukin-Mediated Pendrin Transcriptional Regulation in Airway and Esophageal Epithelia-Linked -Acetylglucosamine Transiently Elevates in HeLa Cells during MitosisAuthor Correction: Binding of the protein ICln to α-integrin contributes to the activation of IClswell currentBinding of the protein ICln to α-integrin contributes to the activation of IClswell current
P50
Q26865764-6E521B82-3555-4689-BC4D-1DBFC04F557FQ27684953-217C8F33-211B-48E5-9C87-49C2D9A185CEQ28244840-D0FF6FA1-B756-4EF4-A7E4-DC88A8F8FD5FQ30835795-EB58F943-3746-4EB1-872C-64C131334D99Q33393598-2A42E3F9-D787-4F26-897B-2AA8A693D577Q33967195-F675D575-B1F6-420A-88F7-46E5A70B1EB4Q34083487-49DDDA50-A031-45E0-AE80-4D9E43FC6307Q34216368-D6F6EC40-D584-4819-A384-23B0EB0E7D27Q34410530-CE5D9EAF-8553-4966-92DF-EF8221055718Q35672361-B01F1391-AA4C-4DEB-A0C7-DB4149545D24Q36409220-763A29FA-77C3-4320-A229-8730B9C5705BQ36976334-9FDA802A-74BE-4F1B-BE2E-DE453B1E0BFEQ37005244-745B8FAF-695E-4F05-9291-D58884774D98Q37005267-B7D4B33A-FE9D-47AF-8BB3-8771F5E0F3FDQ37217010-03CF08FD-01B3-4381-B268-D8828D200E8FQ37553649-A84787DD-3A96-4DA0-B7ED-083E8313B044Q37960781-83CA803B-F4D6-4805-8517-2A456FC1E694Q37960788-F0B17ACC-4C36-4B9D-8822-FDAA343300A9Q38078188-C67723EF-0367-4ECE-8AEC-7A11C66D0140Q38309718-A222864A-D010-4CD0-BC1B-833CF89C3D04Q38348062-AF5E9199-E924-41C2-8E70-5327E352A955Q38500993-71E9F8F8-0F9E-45A7-9D2E-8FD1B5FA66B1Q38709422-4EEF3B4C-89AF-4A36-9C50-7D367842F1B2Q38772133-A5CF2959-7264-47D3-B7D4-AF55EEDD41BAQ39426661-DCA1062B-9AEA-4BBF-9B40-821F6222C48CQ39904415-C6BBF92E-8456-443C-8F95-41399CB621D7Q40086003-D0308A5B-CCF1-4066-A393-F76F6762998BQ40242619-6090D50D-6212-40C2-A136-7947B4CA10B1Q40356198-53E7E5FF-35DA-4990-8A59-51F02D603724Q42802010-1DBC7F45-C47E-444E-8B7B-E12AE5E729C3Q52344617-51AF4F0B-157A-4580-BB0A-44244BCED783Q60665609-C3B13C1F-0C13-40F4-B6E7-B1881A198835Q62936781-A4C55C20-CC53-4AB4-9F6D-786222A02FC1Q62936785-B98C6D48-6A55-41DF-9A81-4730ED506FE0Q91286998-6335B819-47F1-4CB0-AD82-86A2619091AEQ92757320-15F7A80E-0F22-4F8B-9857-0BF15CFF33F6
P50
description
hulumtuese
@sq
researcher
@en
wetenschapper
@nl
հետազոտող
@hy
name
Silvia Dossena
@an
Silvia Dossena
@ast
Silvia Dossena
@ca
Silvia Dossena
@da
Silvia Dossena
@de
Silvia Dossena
@en
Silvia Dossena
@es
Silvia Dossena
@eu
Silvia Dossena
@fr
Silvia Dossena
@gl
type
label
Silvia Dossena
@an
Silvia Dossena
@ast
Silvia Dossena
@ca
Silvia Dossena
@da
Silvia Dossena
@de
Silvia Dossena
@en
Silvia Dossena
@es
Silvia Dossena
@eu
Silvia Dossena
@fr
Silvia Dossena
@gl
prefLabel
Silvia Dossena
@an
Silvia Dossena
@ast
Silvia Dossena
@ca
Silvia Dossena
@da
Silvia Dossena
@de
Silvia Dossena
@en
Silvia Dossena
@es
Silvia Dossena
@eu
Silvia Dossena
@fr
Silvia Dossena
@gl
P106
P21
P31
P496
0000-0002-6694-9249