Sufu Variant

Novel SUFU Frameshift Variant Leading to Meningioma in Three

SUFU variants in basal cell carcinoma Whole exome sequencing with

Heterozygous truncating variants in SUFU cause congenital ocular motor

SUFU variants in basal cell carcinoma Whole exome sequencing with

SUFU variants show differential suppression of HH signaling A

Variants in SUFU gene cause congenital eye movement disorder Institut

Physical and functional characterization of Fu interaction with Sufu

Dosedependent SUFU repression of GLI activity in NIH3T3 cells A

SUFU reduced pancreatic cancer cell growth SUFU mRNA expression A

Only ciliarylocalized Gli proteins can rescue Sufu ciliary

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

SUFU functions as a BH3only protein a The MCL1 BC interacts with a

The inhibition of SUFU promoted pancreatic cancer cell growth SUFU

Clinical Characteristics of Patients With SUFU Mutations Download Table

Identification of Sufu as the target gene of miR2143p during

Hypomorphic Recessive Variants in SUFU Impair the Sonic Hedgehog

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

Sufu mediates SMC gene expression by modulating GLI1 nuclear

SUFU haploinsufficiency causes a recognisable neurodevelopmental

The IDR regulates SUFU activity a SUFUFL FL SUFU and

SUFU variants in basal cell carcinoma Whole exome sequencing with

FPC family with SUFU and FANCM germline variants Diagonal lines

SUFU variants in basal cell carcinoma Whole exome sequencing with

FPC family with SUFU and FANCM germline variants Diagonal lines

Multisite phosphorylation triggers SUFU release A Chart detailing

SUFU variants in basal cell carcinoma Whole exome sequencing with

Multisite interaction with Sufu regulates CiGli activity through

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

Heterozygous truncating variants in SUFU cause congenital ocular motor

Sufu knockdown inhibits proliferation and neurogenesis of mNSCs A

FPC family with SUFU and FANCM germline variants Diagonal lines

Dynamic changes of enzyme activity during different stages of Sufu

Heterozygous truncating variants in SUFU cause congenital ocular motor

Structural comparison of NGO1391 and human Sufu protein The structures

Shh signaling promotes ubiquitin modification of Sufu a Sufu is a

FPC family with SUFU and FANCM germline variants Diagonal lines

SuFu increases migration and mesenchymal phenotype A Transwell

Targeted disruption of the Sufu gene A The Sufu gene consists of 12

Identification of a SUFU T411M mutation in LO68 cell line A

SUFU Gene GeneCards SUFU Protein SUFU Antibody

Sufu regulates SCZassociated biological processes and signalling

Hypomorphic Recessive Variants in SUFU Impair the Sonic Hedgehog

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

Electrostatic surface potential representations of human Sufu and

Sufu regulates the migratory capacity of melanoblasts in vitro A

SUFU Gene GeneCards SUFU Protein SUFU Antibody

Endogenous SuFu is rapidly recruited to primary cilia by Hh signaling

Sufu inhibits DNA replication licensing via preRC component exclusion

Overexpression of SUFU reduced but silencing increased allogeneic

Hypomorphic Recessive Variants in SUFU Impair the Sonic Hedgehog

FPC family with SUFU and FANCM germline variants Diagonal lines

Inhibitory centrosomal Sufu is eliminated from the ciliary tip along

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

Sufu knockdown inhibits proliferation and neurogenesis of mNSCs A

Sufu Should Be Better Known FoodWrite

The inhibition of SUFU promoted pancreatic cancer cell growth SUFU

A positive role for Sufu in Hh signaling in neural tube patterning at

Derepression of Shh RNA expression in Sufu mutants Wholemount in

Multisite interaction with Sufu regulates CiGli activity through

Np63 drives SUFU expression in vivo a qPCR analysis of SUFU mRNA

Clinical Characteristics of Patients With SUFU Mutations Download Table

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

Germline Pathogenic SUFU Mutations Download Table

LysMCremediated ablation of Sufu activated Hh signaling in

SUFU JCGA

The inhibition of SUFU promoted pancreatic cancer cell growth SUFU

Hypomorphic Recessive Variants in SUFU Impair the Sonic Hedgehog

Changes of color during different stages of Sufu paste preparation

Hypomorphic Recessive Variants in SUFU Impair the Sonic Hedgehog

Ptch1 expression in wild type and Sufu mutants Wholemount in situ

JCI Insight Increasing Sufu gene dosage reveals its unorthodox role

Heterozygous truncating variants in SUFU cause congenital ocular motor

SUFU suppresses ferroptosis sensitivity in breast cancer cells via

SUFU Gene GeneCards SUFU Protein SUFU Antibody

Regulation of Sufu activity by p66β and Mycbp provides new insight into ...

Regulation of Sufu activity by p66 and Mycbp provides new insight into

Cancer risk and tumour spectrum in 172 patients with a germline SUFU

SUFU Gene GeneCards SUFU Protein SUFU Antibody

Genomewide singlenucleotide polymorphism analysis revealed SUFU

SUFU suppresses ferroptosis sensitivity in breast cancer cells via

Sufu limits sepsisinduced lung inflammation via regulating phase

FES CLUSTER BIOGENESIS IN GRAMPOSITIVE BACTERIA SUFU IS A ZINC

Evaluation of Sufu Fermented Using Mucor racemosus M2 Biochemical

miR214mediated fibrogenesis depends on Sufu expression a

Sufu inhibited glioma in vivo growth and prolonged survival time A

Loss of SUFU leads to upregulation and misexpression of SHH signaling

Loss of Gli1 partially rescues the Sufu mutant phenotype AB

Subcellular localization of wild type or truncated 465 SUFU A

Physical and functional characterization of Sufu and Cos2

Subcellular localization of SUFUFL and SUFUC in Hek293 cells The

Physical and functional characterization of Gli2 interaction with

Effect of tumorderived mutations on GLI1 binding to SUFU A

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

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

The SUFlike pathway consists of five core proteins SufS SufU SufB

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

Crystal structure of the FiSufSSufU complex A The FiSufSSufU

Frontiers Microbial succession and its effect on the formation of

The schematic diagram for production of Sufu BFS NFS and MFS

Itch ubiquitylates and binds SuFu a b HEK293T cells were transfected

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

Detection of SuFu in prostate cancer specimens SuFu antibodies

Phosphomimetic substitutions decrease GLI1 binding to SUFU A

SUFU The Jekyll and Hyde of the Cerebellum Developmental Cell

Representation of crystallographic and MD conformations of SufU A

TumorDerived Suppressor of Fused Mutations Reveal Hedgehog Pathway

The SufSSufU complex of F islandicum AW1 A SDSPAGE top panel

SUFU D C but not SUFUFL reduces GLI1FL protein levels A GLI1FL was

Reads of the meningioma tissue of case I and III a Case I showing

Medulloblastoma and other neoplasms in patients with heterozygous

Reads of the meningioma tissue of case I and III a Case I showing

Suppressor of Fused Sufu is a direct target of Sox10 A Schematic

Figure 1 Life Science Alliance

Representation of crystallographic and MD conformations of SufU A

Exploring Core Microbiota Based on Characteristic Flavor Compounds in

This case series study examines the clinical and histopathologic

Sufu Antibody F4 SCBT Santa Cruz Biotechnology

Colorectal Cancer CRC Investigating the Expression of the Suppressor

赵允组合作揭示Sufu调控E3蛋白泛素连接酶TRAF6相分离及活性的分子机制--中国科学院分子细胞科学卓越创新中心

SufuE3TRAF6

Sufuand SpopMediated Regulation of Wnt and Smooth Muscle

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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