Lrrc8a

Cartoon representation of LRRC8A subunit structure and cross section of

Figure S1 Surface expression of LRRC8A and the generation of Lrrc8a

Topology of LRRC8A and LRRC8D A schematic depicts the topology of

Cartoon representation of LRRC8A subunit structure and cross section of

Conformational changes of LRRC8A in response to inhibitory sybody

Localization of LRRC8A and LRRC8D HeLa cells stably expressing human

LRRC8A Expression Influences Growth of Esophageal Squamous Cell

Expression of LRRC8A proteins in the main organs of the human digestive

LRRC8A Expression Influences Growth of Esophageal Squamous Cell

血管平滑肌特异性 LRRC8A 敲除通过抑制 WNK1/FOXO3a/MMP 信号通路改善血管紧张素 II 诱导的脑血管重塑,Acta ...

LRRC8A WNK1FOXO3aMMP II Acta

LRRC8A Expression Influences Growth of Esophageal Squamous Cell

Leucinerich repeat containing protein LRRC8A is essential for swelling

Expression of LRRC8A proteins in the main organs of the human digestive

Leucinerich repeat containing protein LRRC8A is essential for swelling

Alignment of predicted zebrafish Lrrc8aa and human and mouse LRRC8A

Conditional deletion of LRRC8A in the brain reduces stroke damage

LRRC8A gene Semantic Scholar

LRRC8A regulates multiple insulin dependent signaling pathways in

Rab7 compartments contain both ClC3 and LRRC8A in different locations

抑制 LRRC8A 通道可促进小胶质细胞/巨噬细胞吞噬并改善脑出血性卒中后的预后,iScience - X-MOL

LRRC8A iScience XMOL

Expression of LRRC8A in C57BL6 mice and survival morphology and

Conformational changes of LRRC8A in response to inhibitory sybody

LRRC8A gene Semantic Scholar

Expression of LRRC8A is significantly reduced in neurons transfected

Endothelial LRRC8C Associates With LRRC8A and LRRC8B to Regulate

PDF Inhibition of the LRRC8A channel promotes microgliamacrophage

LRRC8A promotes the initial development of oxaliplatin resistance in

LRRC8A critically regulates myofibroblast phenotypes and fibrotic

LRRC8A promotes the initial development of oxaliplatin resistance in

Expression of LRRC8A in C57BL6 mice and survival morphology and

LRRC8A is partially upregulated in NeuN neurons at 7dKA

Structure of LRRC8A in complex with the inhibitory sybody Sb1 a

Twodimensional structure of the LRRC8A channel A Structural

Differences in LRRC8A structures solved in lipid bilayers and detergent

LRRC8A associates with GRB2 GAB2 and LCK and activates AKT via the

LRRC8A is dispensable for a variety of microglial functions and

Differences in LRRC8A structures solved in lipid bilayers and detergent

Expression of LRRC8A proteins in the main organs of the human digestive

LRRC8A anion channels modulate vascular reactivity via association with

LRRC8A associates with the Nox1 complex A VSMC were stimulated with

ClC3 and LRRC8A associate with Rab5A sorting endosomes A Confocal

Activation of LRRC8AC is Ca 2 dependent A Coexpression of LRRC8A

Structure of LRRC8A in complex with the inhibitory sybodies Sb2 and

LRRC8A Expression Influences Growth of Esophageal Squamous Cell

Upregulation of LRRC8A by m5C modificationmediated mRNA stability

LRRC8A in endothelial cells contributes to the aberrant bloodbrain

Upregulation of LRRC8A in the anterior cingulate cortex mediates

LRRC8A critically regulates myofibroblast phenotypes and fibrotic

Loss of the Volumeregulated Anion Channel Components LRRC8A and LRRC8D

LRRC8A regulates multiple insulin dependent signaling pathways in

Leucinerich repeat containing protein 8A LRRC8A in nodose neurons is

Leucinerich repeat containing 8A LRRC8Adependent volumeregulated

Characteristics of LRRC8 channels A Cartoon showing key structural

Leucinerich repeat containing 8A LRRC8Adependent volumeregulated

Adenovirusmediated leucinerich repeatcontaining protein 8A LRRC8A

Frontiers Structurefunction relationships of the LRRC8 subunits and

Vascular Inflammation and Smooth Muscle Contractility The Role of Nox1

JCI Genes required for B cell development

Full article A SWELL time to develop the molecular pharmacology of the

Ablation of leucinerich repeatcontaining protein 8A LRRC8A in

Leucinerich repeatcontaining protein 8A LRRC8A facilitates

Leucinerich repeat containing 8A LRRC8A is essential for T

Oncology Reports

LRRC8 family proteins within lysosomes regulate cellular osmoregulation

Leucinerich repeat containing 8A LRRC8Adependent volumeregulated

Ablation of leucinerich repeatcontaining protein 8A LRRC8A in

Leucinerich repeatecontaining protein A LRRC8A protein expression by

LRRC8 proteins share a common ancestor with pannexins and may form

Recent advances in structural characterization of volumeregulated

Leucinerich repeatecontaining protein A LRRC8A protein expression by

Recent advances in the structure function and regulation of the volume

CryoEM density of LRRC8Asybody complexes a LRRC8ASb1 complex at 31

Figure 1 from Deficient LRRC8Adependent volumeregulated anion channel

Radiotherapy enhances anticancer CD8 T cell responses by cGAMP transfer

Structurefunction relationships of the LRRC8 subunits and subdomains

Disrupting lipid interactions activates LRRC8AC channels a Top left

The FASEB Journal Vol 37 No 7

Structure of LRRC8AC in the absence of Sb1 a CryoEM density of the

MS analysis of LRRC8AC a Schematic of the possible distribution of

LRRC8Acontaining chloride channel is crucial for cell volume recovery

RCSB PDB 8DRK LRRC8AC conformation 1 round top focus

LRRC8ACE Heteromeric Channels Are Ubiquitous Transporters of cGAMP

Structural basis for assembly and lipidmediated gating of LRRC8AC

LRRC8Acontaining chloride channel is crucial for cell volume recovery

Structures of heterohexameric LRRC8AC channels ac CryoEM density

LRRC8ACE Heteromeric Channels Are Ubiquitous Transporters of cGAMP

Lysosomal LRRC8 complex impacts lysosomal pH morphology and systemic

LRRC8AC selectivity filter a CryoEM density of the masked

Cell Proliferation Vol 54 No 12

RCSB PDB 8DXO Structure of LRRC8CLRRC8AIL125 Chimera Class 2

Cell Proliferation Cell Biology Journal Wiley Online Library

LRRC8Acontaining chloride channel is crucial for cell volume recovery

LRRD is necessary for LRRC8Aactivated Cl current in isotonic

Special Issue Current advances in Largepore channels from structure

ClC3 and LRRC8Acontaining vesicles originate from the plasma

MS analysis of LRRC8AC a Schematic of the possible distribution of

LRRC8Acontaining anion channels promote glioblastoma proliferation via

LRRC8Adependent volumeregulated anion channels contribute to ischemia

LRRC8VRAC volumeregulated anion channels are crucial for hearing

MS analysis of LRRC8AC a Schematic of the possible distribution of

LRRC8ACE Heteromeric Channels Are Ubiquitous Transporters of cGAMP

LRRC8APKCFLNA pathway activation is detrimental to colon cancer

Structure of the LRRC8AC11Sb1 complex a CryoEM density of the

LRRC8VRAC volumeregulated anion channels are crucial for hearing

Cell volume controlled by LRRC8Aformed volumeregulated anion channels

LRRC8ACE Heteromeric Channels are Ubiquitous Transporters of cGAMP PMC

LRRC8ACE Heteromeric Channels Are Ubiquitous Transporters of cGAMP

RCSB PDB 9DXA LRRC8AD Conformation 2

Radiotherapy enhances anticancer CD8 T cell responses by cGAMP transfer

RCSB PDB 8B42 Structure of heteromeric LRRC8AC VolumeRegulated

Cartoon depiction of LRRC8 subunit membrane topology Transmembrane

Lrrc8a Immunofluorescence

Lrrc4c Nlg1

Jurkat

Chloride Ion Channels

Lrrc48 in Cilia

SCN1A Lrrc38

Lrrc8a Lrrc8b Lrrc8c Lrrc8d Lrrc8e

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