Rangap

Association of RanGAP to nuclear pore complex component RanBP2Nup358

Diagram depicting RanGAP function in the maintenance of Pros shuttling

PDF Association of RanGAP to nuclear pore complex component RanBP2

Association of RanGAP to nuclear pore complex component RanBP2Nup358

Dissociation of RanGAP from the binary RanGppNHpRanGAP E or the

Association of RanGAP to nuclear pore complex component RanBP2Nup358

The Crm1RanBP3NESRanGTP complex is dissembled by RanBP1 and RanGAP

Cytoplasmic RanGAP is negatively correlated with nuclear Pros a The

RanBP and RanGAP staining in VP24expressing cells Immunofluorescence

RanGAP levels in chic mutants Western blot of extracts from

Association of RanGAP to nuclear pore complex component RanBP2Nup358

Cytoplasmic RanGAP is negatively correlated with nuclear Pros a The

Soluble RanGAP promotes nuclear import in vitro A HeLa cells grown

Severe RanGAP Knockdown Mutant rg11rg11 rg22rg23 TWEED Shows

Anchorage of Plant RanGAP to the Nuclear Envelope Involves Novel

RanGEF can replace RanGAP in disassembly of RanGTPkaryopherin Kap95

RanBP and RanGAP staining in VP24expressing cells Immunofluorescence

RanGAP formed granular inclusions in cells expressing DPRs AE HeLa

Mutant lethality is rescued by genomic RanGAP constructs A Schematic

Localization of RanGAP and tubulin in onion root tip cells

RanGAP mediates GTP hydrolysis without an arginine finger Nature

Figure 1 from A domain unique to plant RanGAP is responsible for its

Soluble RanGAP promotes nuclear import in vitro A HeLa cells grown

Cytoplasmic RanGAP is negatively correlated with nuclear Pros a The

Ran was incubated alone in the presence of RanGAP in the

A RanGAP protein physically interacts with the NBLRR protein Rx and

Modification of RanGAP1 by SUMO1 and protein import by the Ran system

Structure of the RanGppNHpRanBP1RanGAP complex 66 indicating the

The RCC1RANRANGAP1RANBP1axis in mitotic stability Prometaphase

Model for the termination of nuclear export by RanBP1 or RanBP2 The

The Ran GTPase cycle The nucleocytoplasmic gradient of the

Structures of RanGAP1SUMOUBC9RanBP2 complexes Schematics represent

Transport of Proteins and RNAs in and out of the Nucleus Cell

The RCC1RANRANGAP1RANBP1axis in mitotic stability Prometaphase

Schematic illustration of Rans nucleocytoplasmic transport cycles

The RanGAP1RanBP2 Complex Is Essential for MicrotubuleKinetochore

Two Point Mutations in the LRR Domain of RanGAP1 Abolish the GAP

A Small UbiquitinRelated Polypeptide Involved in Targeting RanGAP1 to

分子建模揭示了 Ran-RanGAP 催化的三磷酸鸟苷水解的机制，无需精氨酸手指,ACS Catalysis - X-MOL

RanRanGAP ACS Catalysis XMOL

RanGAP1SUMO1 phosphoforms a and b remain associated with RanBP2 and

The Fascinating World of Nuclear Pore Complexes Wetenschap Biologie

Ran compartmentalization directs the nucleocytoplasmic transport

Voie de signalisation de Ran. RanGTP est activé par RCC1 et désactivé ...

Voie de signalisation de Ran RanGTP est activ par RCC1 et dsactiv

Localized Regulation of Axonal RanGTPase Controls Retrograde Injury

Depletion of Ran RanGAP or RanBP2 causes similar defects on spindle

Biochemical characterization of the RanRanBP1RanGAP system are RanBP

Depletion of Ran RanGAP or RanBP2 causes similar defects on spindle

What are Ran GTPases Mechanobiology Institute National University

Structure of the RanGppNHpRanBP1RanGAP complex 66 indicating the

Orientation du transport nucléaire : rôle de Ran [10. Acheminement des ...

Orientation du transport nuclaire rle de Ran 10 Acheminement des

A Small UbiquitinRelated Polypeptide Involved in Targeting RanGAP1 to

Biochemical Characterization of the RanRanBP1RanGAP System Are RanBP

The Ran GTPase Theme and Variations Current Biology

Randependent branched pathways of mitotic control RanGTP is

RanGAP1 phosphorylation by Cdks A Phosphorylation of RanGAP1 in HeLa

RanGAP2 Coexpression with Rx Alters the Nucleocytoplasmic Partitioning

The Ran GTPase cycle The nucleocytoplasmic gradient of the

Nuclear export of different types of RNAs RanGTPRanGDP gradient

Disruption of the Crm1RanGTPRanGAP1RanBP2 complex by LMB promotes MT

The strategy for coupling the RanGTP gradient to nuclear protein export

The Ran GTPase cycle The nucleocytoplasmic gradient of the

Residues in Ran involved in interacting pairs within the transition

p88 is a modified form of RanGAP1 A Protein sequence of Xenopus

Mechanisms of Nuclear Export in Cancer and Resistance to Chemotherapy

Biochemical Characterization of the RanRanBP1RanGAP System Are RanBP

The GTPase Ran Regulates Chromosome Positioning and Nuclear Envelope

Meier Laboratory

The CRM1NESRanGTP complex is disassembled under the influ ence of

Biochemical characterization of the RanRanBP1RanGAP system are RanBP

Ranbinding Protein 1 RanBP1 Forms a Ternary Complex with Ran and

RANBP1 RAN Binding Protein 1 The Missing Genetic Piece in Cancer

Biochemical characterization of the RanRanBP1RanGAP system are RanBP

Nup36 stimulates GTP hydrolysis in the presence of RanGAP GTP

Network of interactions and reactions in the Ran pathway and the

Silencing of RanGAP2 Alone or Both RanGAPs Simultaneously Leads to

Disassembly of RanGTP-Karyopherin β Complex, an Intermediate in Nuclear ...

Disassembly of RanGTPKaryopherin Complex an Intermediate in Nuclear

Biochemical characterization of the RanRanBP1RanGAP system are RanBP

PDF Biochemical characterization of the RanRanBP1RanGAP system are

Nuclear Protein Database NPD

Localized Regulation of Axonal RanGTPase Controls Retrograde Injury

Cell nucleus wikidoc

Full article Permeating the nuclear pore complex

Both RanGAP1 and RanGAP2 Bind to Rx and Affect Its Nucleocytoplasmic

RCSB PDB 1K5G Crystal structure of RanGDPAlFxRanBP1RanGAP complex

Localized Regulation of Axonal RanGTPase Controls Retrograde Injury

Bio230 Week 5 part 2 Test and Flashcards

RAN and RANGAP1 are mislocalized in HD PSCderived medium spiny

Structure of the RanGppNHpRanBP1RanGAP complex 66 indicating the

Biochemical characterization of the RanRanBP1RanGAP system are RanBP

Premature appearance of nuclear Pros is due to a defective Ranmediated

The small GTPase Ran defines nuclear pore complex asymmetry Cell

The Crystal Structure of rna1p Molecular Cell

A Small UbiquitinRelated Polypeptide Involved in Targeting RanGAP1 to

A Nuclear injection of Rna1p RanGAP1 inhibits RNA export Xenopus

Ranbinding Protein 1 RanBP1 Forms a Ternary Complex with Ran and

SdRanGAP is mislocalized in some primary spermatocytes A

3 Organization of Ran regulators in mitosis Near chromosomes

Localized RanGTP Accumulation Promotes Microtubule Nucleation at

Disassembly of RanGTPKaryopherin Complex an Intermediate in Nuclear

The Ran GTPase Cycle Ran is maintained as RanGTP in the nucleus by the

Biochemical Characterization of the RanRanBP1RanGAP System Are RanBP

RanGAP1 localization patterns in pok and wip mutant backgrounds A

The Nucleoporin Nup358RanBP2 Promotes Nuclear Import in a Cargo and

Plant RanGAPs are localized at the nuclear envelope in interphase and

RanGTP gradient is unaltered by OGlcNAc perturbations A Ran Rcc1

Ranbinding Protein 1 RanBP1 Forms a Ternary Complex with Ran and

Loss of C9orf72 perturbs the RanGTPase gradient and nucleocytoplasmic

Frontiers RNA Misprocessing in C9orf72Linked Neurodegeneration

NXT1 does not affect RanGAPstimulated GTP hydrolysis of Ran A

Both RanGAP1 and RanGAP2 Bind to Rx and Affect Its Nucleocytoplasmic

The Nup358RanGAP complex is required for efficient importin alphabeta

Bio230 Week 5 part 2 Test and Flashcards

Disrupted nuclear import of cell cycle proteins in HuntingtonsPolyQ

Homozygous ranbp2A mutant demonstrates developmental arrest at early

Structures of SENP2 deconjugation complexes with RanGAP1SUMO1 and

358 S of the endogenous RanGAP1 was constitutively phosphorylated and

Therapeutic Targeting of Nuclear Protein Import in Pathological Cell

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