Rangtp Rangdp

During mitosis RanGDP is converted into RanGTP in the proximity of the

RanGTP but not RanGDP dissociates TFIIS from and binds to Kap119p

During mitosis RanGDP is converted into RanGTP in the proximity of the

Binding affinities of ZnF2 for RanGDP and RanGTP Download Table

Imp b KetD and Imp b KetRE34 bind RanGDP and RanGTP with Download

PDF Identification of different roles for RanGDP and RanGTP In

Frontiers The RanGTP Pathway From NucleoCytoplasmic Transport to

Schematic representation of XPO1mediated nuclear export RanGDP D is

RanGTP exposes its Cterminal moiety to bind REV7 A Structure

Comparison of RanGTP recognition by Pdr6 and Imp13 A and B Ribbon

RanGTP exposes its Cterminal moiety to bind REV7 A Structure

RanGTP shows higher affinity with REV7 than RanGDP A MBP pulldown of

Randependent branched pathways of mitotic control RanGTP is

RanGTP Targets p97 to RanBP2 a Filamentous Protein Localized at the

3DXPO1 conformations illustrating its interaction with RanGTP

A hypothetical role for RanGDP sumoylation by the RanBP2 complex As

Randependent branched pathways of mitotic control RanGTP is

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

Paradigm of the mechanism of Ran in spindle formation RanGTP activates

An ATPdependent Activity That Releases RanGDP from NTF2 Journal of

RanGTP dependent karyopherinRP dissociation reduces chimerism A The

A RanGTP gradient regulates ciliary and nuclear trafficking For

The strategy for coupling the RanGTP gradient to nuclear protein export

Chomatin and RanGTP function at each cell cycle stage RanGTP directly

RanGTP with K37DK152A mutations binds Kap95p and importin but does

RanGTP reverses the importin block to membrane fusion Nuclear

Localized RanGTP Accumulation Promotes Microtubule Nucleation at

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

RanGTP dependent karyopherinRP dissociation reduces chimerism A The

A RanGTP gradient regulates ciliary and nuclear trafficking For

NuSAP a Mitotic RanGTP Target That Stabilizes and Crosslinks

Ran Gtp Bound Ran GTPase A Key Player in Tumor Progression and

Physiologic function of XPO1 1 3Dconformation of XPO1 is altered by

Spindles get the Ran around Trends in Cell Biology

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

Ran GTPase and Its Importance in Cellular Signaling and Malignant

Cell Cycle Ran GTPase Spindle Assembly Learn Science at Scitable

A schematic illustration depicting the events associated with

Importin β Is a Mitotic Target of the Small GTPase Ran in Spindle ...

Importin Is a Mitotic Target of the Small GTPase Ran in Spindle

PDF Structural Biology of Nucleocytoplasmic Transport

A parvovirus nuclear entry pathway mediated by the combined action of

Article

Simplified scheme of the Ran GTPase cycle in interphase Like every G

Nuclear import A schematic representation of nuclear import through

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

Ran GTPase cycle One mechanism two functions Current Biology

Schematic representation of the nucleocytoplasmic transport The NPC

Ran GTPase cycle One mechanism two functions Current Biology

Full article Nucleocytoplasmic transport in C9orf72mediated ALSFTD

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

Orientation du transport nuclaire rle de Ran 10 Acheminement des

Schematic representation of the nucleocytoplasmic transport The NPC

Ran GTPase and Its Importance in Cellular Signaling and Malignant Phenotype

Signaling pathways of Ran GTP during mitotic spindle assembly

Ran compartmentalization directs the nucleocytoplasmic transport

Schematic illustration of Rans nucleocytoplasmic transport cycles

PDF RanGTPase A Key Regulator of Nucleocytoplasmic Trafficking

The Ran cycle Ran cycles between its GTPand GDPbound form dependent

Nucleocytoplasmic transport Ran beta and beyond Trends in Cell Biology

Nuclear export of different types of RNAs RanGTPRanGDP gradient

Schematic diagram of RanGTPassisted premiRNA binding to Exp5 and

The View from Awaji Island Past Present and Future of RCC1 and the

Nuclear export of different types of RNAs RanGTPRanGDP gradient

Ran gradients in the two states of the cell cycle A RanGEF activity

Nucleocytoplasmic transport and chaperone function of karyopherins

Therapeutic Targeting of Nuclear Protein Import in Pathological Cell

Separate responses of karyopherins to glucose and amino acid

Regulating Access to the Genome Cell

The binary complex of RanRCC1 binds stably to the chromatin in vivo

Exportin1 and epigenetic modifications interaction more than nuclear

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

Disassembly of RanGTPKaryopherin Complex an Intermediate in Nuclear

Schematic overview of nuclear export left and nuclear import right

Why FRET about Ran Developmental Cell

Centre for Genomic Regulation Website

Two distinct classes of Ranbinding sites on the nucleoporin Nup358 PNAS

Schematic representation of the RanGTPdependent RNA export pathways in

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

Frontiers Unraveling the impact of disrupted nucleocytoplasmic

Nuclear export of different types of RNAs RanGTPRanGDP gradient

Nucleocytoplasmic trafficking

11Mcanisme maintenant une asymtrie de localisation de RanGTPGDP

Ran Binds to Recombinant Nucleosomes and Histones A Equal amounts of

Localized Regulation of Axonal RanGTPase Controls Retrograde Injury

Regulating Access to the Genome Cell

Importin-β: Structural and Dynamic Determinants of a Molecular Spring ...

Importin Structural and Dynamic Determinants of a Molecular Spring

A simplified overview of the RNA cycle and its effectors in interphase

Network of interactions and reactions in the Ran pathway and the

Nuclear export of different types of RNAs RanGTPRanGDP gradient

Gated entry of cytosolic molecules into the ciliary and nuclear

Solved 23 What is the role of the RanGAP protein in nuclear Cheggcom

Samp1 preferentially binds to RanGTP AB In vitro binding A

Twoway trafficking with Ran Trends in Cell Biology

The hippo kinase STK38 ensures functionality of XPO1 PMC

The Ran GTPase cycle The nucleocytoplasmic gradient of the

Disassembly of RanGTPKaryopherin Complex an Intermediate in Nuclear

Nucleocytoplasmic transport Ran beta and beyond Trends in Cell Biology

Dissociation of the Toa2pPrAToa1pKap122p complex by RanGTP Cytosol

Nuclear transport Randy couples Current Biology

Schematic representation of the RanGTPdependent RNA export pathways in

a and b DCCM maps for Xpot RanGTPGDPtRNA ternary complexes c and

The Ran GTPase cycle The nucleocytoplasmic gradient of the

Dissociation of the recombinant GSTKap122pHis6Toa1pToa2p complex by

Molecular basis of RanGTPactivated release of Histones H2AH2B from

KIF17 forms a complex with importin2 that is CLS and Download

Microtubule nucleation for spindle assembly one molecule at a time

Mechanisms of Nuclear Export in Cancer and Resistance to Chemotherapy

Distinct RanBP1 nuclear export and cargo dissociation mechanisms

Supplement 1 Populations of three distinct classes of RanGTPbound

Supplement 2 Detailed interactions of Kap114RanGTP A and

Structure of the Kap95pRanGTP complexa Two views of the

Structure of RanGTPPdr6 complex A and B The complex is shown in the

Nucleotidebound state of Ran a Identification of nucleotide bound

Schematic representation of structural properties and cargo as well as

figure supplement 4 Comparative structural analysis of importinRanGTP

Schematic representation of Randependent nucleocytoplasmic transport

Supplement 6 A A cartoon of Kap114GranGTP colored in graygreen

RanGTP

Rangdp Pathway

Rango Mouse

Rangdp and Importin Pathway

RanGTP TPX2

CRM1 RanGTP

RanGTP Binding Domain in Living Cells

Rangap Pathway

RanGTP Family in Plants

RanGTP Xpo5

NTF2 Rangdp

Rangap

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