Mrtf A Rpel

Structures of MKLMRTF isoforms MKLMRTF contains RPEL motifs a

Crystal structure of a 51 GactinBULLETMRTFA RPEL domain assembly

Frontiers MRTF may be the missing link in a multiscale mechanobiology

The MRTFA RPEL domain contains two basic elements required for nuclear

MRTFA A critical protein in normal and malignant hematopoiesis and

A schematic representation showing ActAstimulated Smad3 and MRTFA

The MRTFA RPEL domain contains two basic elements required for nuclear

SRFing and SAPing the role of MRTF proteins in cell migration

SRFing and SAPing the role of MRTF proteins in cell migration PMC

EVTs reverse MRTF activation in decidual fibroblasts A Predicted IPA

Optogenetic Control of MyocardinRelated Transcription Factor A

Schematic representation of MRTF domain architecture and cofacor

Identification of MRTFA as a potential MK2 substrate A

Myocardinrelated transcription factor A MRTFA activitydependent

MRTFA Mending a Broken Heart PMC

Frontiers | A β2-Integrin/MRTF-A/SRF Pathway Regulates Dendritic Cell ...

Frontiers A 2IntegrinMRTFASRF Pathway Regulates Dendritic Cell

MRTFA A critical protein in normal and malignant hematopoiesis and

Structures of the Phactr1 RPEL Domain and RPEL Motif Complexes with G

MRTFA A critical protein in normal and malignant hematopoiesis and

Activation of MRTFAdependent gene expression with a small molecule

SRFing and SAPing the role of MRTF proteins in cell migration PMC

The expression of MRTFA MRTFB and myocardin in a normal aortic

When the Gactin pool is depleted by extracellular stimuli MRTFA is

Phactr protein localization does not respond to same stimuli as MRTFA

Effect of overexpression of wildtype versus functional mutants of

MRTF-A binds to Lap2α. (a) Flag-tagged MRTF-A co-immunoprecipitates ...

MRTFA binds to Lap2 a Flagtagged MRTFA coimmunoprecipitates

MyocardinRelated Transcription FactorA Controls Myofibroblast

Model proposing how cell shape, MRTF-A, and TGFβ1 signaling regulate ...

Model proposing how cell shape MRTFA and TGF1 signaling regulate

MRTF Basic Biology and Role in Kidney Disease PMC

Working model describing how MYPN and PALLD may promote SRF signalling

Identification of novel inhibitors of the transcriptional coactivator

The schematic description of the mechanism of MRTFAmiR1273g3pmTOR

Proposed model for regulation and interactions of YAP and MRTFA

机械应变通过 RhoC/ROCK/MRTF-A 和 Erk1/2 信号通路在人二尖瓣膜间质细胞中诱导促纤维化表型 - 知乎

RhoCROCKMRTFA Erk12

Generation and analysis of MRTFA knockout mice A Gene targeting

Activation of the response induced by the transcription factors

Expression of active MRTF-A restores tubulin acetylation and α-TAT mRNA ...

Expression of active MRTFA restores tubulin acetylation and TAT mRNA

Recruitment of MRTFA to nascent DNA of the myofibroblast precursor

Proposed Model of RedoxSensitive Regulation of MRTFA Phosphorylation

RhoCROCKMRTFA Erk12

PDF The role of the MRTFASRF pathway in ocular fibrosis

Isolated V and VCA regions of NPF compete with MRTFA for actin

Frontiers Cell Type Dependent Suppression of Inflammatory Mediators

Regulation of actinMRTFA signaling in FBs by micropatterned PCL

Carboxyl terminus of palladin interacts with MRTFs in SMCs A Full

The MYPN Ig3 domain binds to myocardinrelated transcription factors

How is SRF signaling activated Mechanobiology Institute National

Posttranslational modificationsmodifiers of MRTF phosphorylation

MRTF Basic Biology and Role in Kidney Disease PMC

Dissecting the cellautonomous roles of myocardin and MRTFA in adult

Redistribution of MRTFA to the cytoplasm and inhibition of SRF target

Schematic model for MASTR MEF2 and MRTFA function during SC

PM blebbing triggers nuclear accumulation of MRTFA A Live MCF10A

An actin-regulated importin α/β-dependent extended bipartite NLS ...

An actinregulated importin dependent extended bipartite NLS

Phactr protein localization does not respond to same stimuli as MRTFA

Knockdown SENP1 Suppressed the Angiogenic Potential of Mesenchymal Stem

Schematic representation of the protein structure of the human

6 MRTFA Localization and Expression in Wildtype WT Acta2 R258C

MRTF-A 小鼠功能获得损害肠上皮的稳态更新,Cell Death & Disease - X-MOL

MRTFA Cell Death Disease XMOL

MRTFA Inhibited Myocardial IschemiaReperfusionmediated Myocardial

Model for MRTFA regulation upon TRPM7 blockade TRPM7 blockade

Regulation of actinMRTFA signaling in FBs by micropatterned PCL

MRTFA interacts with RelA and RelB To explore if MRTFA binds RelA

Figure 1 from Actinmediated gene expression in neurons the MRTFSRF

Mechanotransduction via MRTFA Pathway Is Required for Cytokine

MRTFA is required for TGF1induced contractile gene expression and

International Journal of Molecular Medicine

MRTFA inhibits the differentiation of myoblast A The mRNA

MRTFA is activated by S1P through RhoA and ROCK signaling A

Effect of overexpression of WT versus functional mutants of MRTFA on

Activation of MRTFAdependent gene expression in Download

The actinbinding protein CAP1 represses MRTFSRFdependent gene

MRTFA activated myocardial autophagy mediated by myocardial ischemia

RNAseq results reveal MRTFA knockdown downregulatesupregulates the

Fig S16 Proposed MRTFSRF signaling pathway in ECs ECs at the

MRTFA overexpression inhibits myoblast commitment towards

Oncology Reports

Intracellular protein levels of MRTF-A, β-actin, α-SMA, pMLC, and MLC ...

Intracellular protein levels of MRTFA actin SMA pMLC and MLC

A Examples of cells classified according to the intracellular

The New Model of Snail Expression Regulation The Role of MRTFs in Fast

The expression of MRTFA in normal VICs A expression of MRTFA in

MRTFA affects the function of Nrf1 in MDAMB231 cells A mRNA and

$The fraction of long-bound MRTF-A molecules is increased by serum ...$

The fraction of longbound MRTFA molecules is increased by serum

Subcellular localization of MRTFAB in human arterial endothelial

Posttranslational modificationsmodifiers of MRTF phosphorylation

Properties of MRTFAB in HAoECs and HaCaT cells HaCaT cells were

Upregulation of MRTFA and PAX7 during muscle cell differentiation and

Posttranslational modificationsmodifiers of MRTF phosphorylation

Lap2α is not required for MRTF-A nuclear localization. (a) MRTF-A ...

Lap2 is not required for MRTFA nuclear localization a MRTFA

The antiinflammatory impact of MRTFA is maintained in Download

CCG222740 disrupts nuclear localization of MRTFA and MRTFB but not

Schematic Representation of the MyocardinRelated Transcription Factor

Phosphorylation acts positively and negatively to regulate MRTFA

MRTFA activated myocardial autophagy mediated by myocardial ischemia

MRTFs are required for the epicardial motile gene program A

MRTFA expression is more prominent in SSc skin then healthy

Effects of MRTF-A knockout on NF-κB p65 in liver tissues of NASH mice ...

Effects of MRTFA knockout on NFB p65 in liver tissues of NASH mice

Posttranslational modificationsmodifiers of MRTF phosphorylation

Impaired association of MRTFA with monomeric actin in response to

MyocardinRelated Transcription FactorA Controls Myofibroblast

TGF-β-induced MRTF-A Molecular Weight Shift is Due To Phosphorylation ...

TGFinduced MRTFA Molecular Weight Shift is Due To Phosphorylation

Identification of novel inhibitors of the transcriptional coactivator

Regulation of the actinMRTFSRF signaling axis and myofibroblast

Phosphorylation of paxillin is crucial for the CAMRTFAinduced

MASTL associates with MRTFA and regulates nuclear retention of MRTFA

Isolated V and VCA regions of NPF compete with MRTFA for actin

Experimental changes of MRTFA expression inversely correlate with

Identification of novel inhibitors of the transcriptional coactivator

Matrix stiffness regulates nucleus pulposus cell glycolysis by MRTFA

An actinregulated importin dependent extended bipartite NLS

Subcellular localization of MRTFA and B under the LMBtreated

Inhibitors of RhoMRTFSRF Transcription Pathway Regulate Mitochondrial

Loss of cellcell contacts triggers nuclear translocation of MRTFA and

YAP1 and MRTFA are activated in dedifferentiated BRAFiresistant

Cytotoxic lymphocytes target characteristic biophysical vulnerabilities

MRTFA and B induce EMT in mouse NMuMG cells and human HK2 cells A

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