Sufu Localization

Subcellular localization of overexpressed and endogenous Sufu in

Smo dependence of Shh signalinginduced localization of Sufu in primary

Sufu ciliary localization depends on Gli proteins A B GFPSufu is

Smo dependence of Shh signalinginduced localization of Sufu in primary

Localization of endogenous SuFu and Gli to cilia is antagonized by PKA

Subcellular localization of overexpressed and endogenous Sufu in

Localization of endogenous SuFu and Gli to cilia is antagonized by PKA

Smo dependence of Shh signalinginduced localization of Sufu in primary

Localization of endogenous SuFu and Gli to cilia is antagonized by PKA

Subcellular localization of SUFUFL and SUFUC in Hek293 cells The

Chromosomal localization of the human Sufu gene A Upper panel

Effect of LMB on subcellular localization of catenin and Sufu and

A model for the regulation of Ci subcellular localization by Trn and

Subcellular localization of wild type or truncated 465 SUFU A

Subcellular localization of SUFUFL and SUFU D C in Hek293 cells The

Sufu suppressed Gli1 transcription activity via directly bound to Gli1

HIB affects Sufu level by modulating Crn cellular localization

Heterozygous truncating variants in SUFU cause congenital ocular motor

Kif7 modulates Gli2a localization and its association with Sufu A

Extramitochondrial prosurvival MCL1 protein regulates SUFU

Glis3 and SUFU colocalize to the nucleus IMCD3 cells were transfected

Sufu inhibits Ci nuclear translocation by blocking the interaction of

Phosphorylation promotes Shh signalinginduced colocalization of Sufu

Protein kinase A negatively regulates the ciliary localization of Gli

Inhibitory centrosomal Sufu is eliminated from the ciliary tip along

Only ciliarylocalized Gli proteins can rescue Sufu ciliary

SUFU variants in basal cell carcinoma Whole exome sequencing with

Mouse Sufu has positive and negative roles in regulating Hh signaling

The effects of PKA mediated phosphorylation on the ciliary localization

SUFU Gene GeneCards SUFU Protein SUFU Antibody

Mapping of the interaction domain of SUFU with GLI1 A 293T cells

SUFU Antibody PA582360

SUFU Gene GeneCards SUFU Protein SUFU Antibody

A minor population of membranelocalized Sufu associates with the HSC

SUFU Gene GeneCards SUFU Protein SUFU Antibody

Sufu mediates SMC gene expression by modulating GLI1 nuclear

Degron D N mediates Gli destruction independent of D C or Sufu

LysMCremediated ablation of Sufu activated Hh signaling in

SUFU Antibody MA514954

Endogenous Sufu and Gli3 Localize to the Distal Tip of the Cilium in

The inhibition of SUFU promoted pancreatic cancer cell growth SUFU

Overexpression of SUFU reduced but silencing increased allogeneic

Sufu negatively regulates both initiations of centrosome duplication

Sufu is a direct downstream target gene of FoxM1 A Schematic drawing

Ptch1 expression in wild type and Sufu mutants Wholemount in situ

SUFU antibody 267591AP Proteintech

Sufu regulates EMT proteins in SiHa cells but not in HeLa cells A

Dual Regulatory Functions of SUFU and Targetome of GLI2 in SHH Subgroup

Sufu binds Ci through both the N and Cterminal domains A A

Sufu fails to accumulate at the nucleus and cilium tips in Ppp4r2

Structural comparison of NGO1391 and human Sufu protein The structures

Sufu regulates the migratory capacity of melanoblasts in vitro A

SUFU Antibody MA514956

Silencing of Sufu promotes EC proliferation migration and angiogenesis

SUFU is targeted by miRNA150 A The regulation of SUFU by miRNA150

Sufu inhibits TLR4 signaling through attenuating autoubiquitination of

SUFU Gene GeneCards SUFU Protein SUFU Antibody

Sufu is required for timing of cochlear HC differentiation A

Evaluation of Sufu Fermented Using Mucor racemosus M2 Biochemical

Sufu regulates SCZassociated biological processes and signalling

Identification of novel Sufu mutants A Schematic diagrams of the

Identification of a SUFU T411M mutation in LO68 cell line A

SuFu increases migration and mesenchymal phenotype A Transwell

Sufu suppressed invasion and vasculogenic mimicry of glioma cells A

SUFU Gene GeneCards SUFU Protein SUFU Antibody

Sufu inhibits DNA replication licensing via preRC component exclusion

Sufu inhibited glioma in vivo growth and prolonged survival time A

Shh signaling component localization is disrupted in Arl13b hnn MEFs

Interaction of Sufu with the Cterminal half of Ci can impede CBP

miR214mediated fibrogenesis depends on Sufu expression a

SuFu increases migration and mesenchymal phenotype A Transwell

Sufu regulates EMT proteins in SiHa cells but not in HeLa cells A

Sufu negatively regulates both initiations of centrosome duplication

SCF Fbxl17 ubiquitylation of Sufu regulates Hedgehog signaling and

SUFU JCGA

Ciliumindependent regulation of Gli protein function by Sufu in

SUFU suppresses ferroptosis sensitivity in breast cancer cells via

Dual Regulatory Functions of SUFU and Targetome of GLI2 in SHH Subgroup

SCF Fbxl17 ubiquitylation of Sufu regulates Hedgehog signaling and

Ciliumindependent regulation of Gli protein function by Sufu in

SufT interacts with SufS and SufU of SUF system A Model illustrating

Ciliumindependent regulation of Gli protein function by Sufu in

FeS cluster biogenesis in Grampositive bacteria SufU is a zinc

Loss of SUFU Function in Familial Multiple Meningioma The American

SUFU Gene GeneCards SUFU Protein SUFU Antibody

Genomewide singlenucleotide polymorphism analysis revealed SUFU

SUFU Polyclonal Antibody PA589230

JCI Insight Increasing Sufu gene dosage reveals its unorthodox role

Sufu 2026 2026 Subaru Legacy Unveiling Excellence PrimaNYCcom

Evaluation of Sufu Fermented Using Mucor racemosus M2 Biochemical

Sufu and catenin are present in a complex Coimmunoprecipitation

Dual Phosphorylation of Suppressor of Fused Sufu by PKA and GSK3

Suppressor of fused Sufu represses Gli1 transcription and nuclear

SW480 cells were transfected with either SUFUwt Myc or SUFU D ex8

S481 phosphorylation enhances binding of Gli1 to Sufu A Nuclear

Phosphorylation of GLI1 by MEKK23 increases its binding with SUFU a

Expression of SUFUFL and SUFUC in human tissues and cell lines A

Ppp4r2 is identified as a Sufuinteracting protein a Identified

Dual Phosphorylation of Suppressor of Fused Sufu by PKA and GSK3

Frontiers Microbial succession and its effect on the formation of

Dosedependent phosphorylation and activation of Hh pathway

Crystal structure of the FiSufSSufU complex A The FiSufSSufU

AUASUFU Neurogenic Lower Urinary Tract Dysfunction Guidelines ft Dr

生科院张传茂实验室揭示Hedgehog信号通路蛋白Sufu同时负调控中心体复制和DNA复制起始的分子机制

HedgehogSufuDNA

The hop mutation inhibits GliSufu dissociation without altering Gli

The SufSSufU complex of F islandicum AW1 A SDSPAGE top panel

SUFU The Jekyll and Hyde of the Cerebellum Developmental Cell

Expression of SUFUFL and SUFUC in human tissues and cell lines A

Dual activation of Hedgehog and Wnt/β-catenin signaling pathway caused ...

Dual activation of Hedgehog and Wntcatenin signaling pathway caused

Elevated FGF5 expression correlates with activated FGF signaling in the

PDF Dual Phosphorylation of Suppressor of Fused Sufu by PKA and

Figures and data in The novel ciliogenesis regulator DYRK2 governs

Suppressor of fused Sufu promotes epithelialmesenchymal transition

News

The AUASUFU guideline on the diagnosis and treatment of idiopathic

miR2143pSufuGLI1 is a novel regulatory axis controlling

A mechanism for vertebrate Hedgehog signaling recruitment to cilia and

FeS Cluster Biogenesis by the Bacterial Suf Pathway PMC

SuFu Airport in China

SuFu Edible

White SuFu

SuFu Genetic Disorder

Soy Bean and SuFu

SuFu MOA in Cell

Patch 1 SuFu Pathogenesis

SuFu Party

SuFu Signal Transduction

SuFu Kif7

Fu SuFu Ci

SuFu in Various Cells

SuFu Soy Cheese

SuFu Shh

SuFu Gli2 Fibrosis

SuFu Cilia Immunofluorescence

SuFu Kathleen Kobashi

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