Sumo Sim Mutation

Effet de la mutation du SIM sur la SUMOylation de SAMHD1 Des cellules

SIM and PIP motifs mediate the interaction between Elg1 PCNA and SUMO

The interaction between the Srs2 SIM motif and SUMO is necessary for

UBD and SIM interaction surfaces on Ub and SUMO are not conserved

Structural and Functional Roles of Daxx SIM Phosphorylation in SUMO

Mapping the sites of SUMO modification of LANA2 a SIM domain

A FRET Sensor to Monitor Bivalent SUMOSIM Interactions in SUMO Chain

SUMO Interacting Motifs Structure and Function

SUMO Tasks in Chromatin Remodeling IntechOpen

A SIMultaneous role for SUMO and ubiquitin Trends in Biochemical Sciences

The UbiquitinLike SUMO System and Heart Function Circulation Research

A Siz2 SIM motif and Scs2SUMO contribute to mitosisspecific

SUMO Wrestles with Recombination

The SIMbinding groove of SUMO is required for nuclear exit of

SUMO Interacting Motifs Structure and Function

The SIM domain of SMN is required for its interaction with

ICP0 interacts with SUMO in a SIMdependent manner A Locations of

Destroying the putative SIM in the transactivation domain by mutations

Identification of a SIM in Pc2 by yeast twohybrid assays A The

Ufd1 interacts with SUMO in vivo via a Cterminal SIM A schematics of

Interaction of IE2 with SUMO through a SIM A SUMOrelated domain

Acetylation of SUMO Paralogs Controls Cellular SUMOSIM Interactions

Deletion of the acidic amino acids of the SIM influences SUMO1 much

Global noncovalent SUMO interaction networks reveal SUMOdependent

Acetylation of SUMO Paralogs Regulates SUMOSIM Interactions Download

Interaction of IE2 with SUMO through a SIM A SUMOrelated domain

A SIMultaneous role for SUMO and ubiquitin Trends in Biochemical Sciences

SUMO junctionwhats your function New insights through SUMO

The SUMO pathway Emerging mechanisms that shape specificity

An example of SUMO simulation SUMO provides the visual simulation of

Acetylation of SUMO Paralogs Regulates SUMOSIM Interactions Download

Identification and characterization of SUMO target lysine residues in

An example of SUMO simulation SUMO provides the visual simulation of

Putative SUMO interacting motifs in TRIM5Rh A Table showing scores

Effects of mutations in the SIM andor SUMOylation sites of PML I on

A schematic representation of SUMOSIM module The SUMO conjugated to

Identification of a conserved SIM in NS2 A Candidate SIM in H9N2NS2

Destroying the putative SIM in the transactivation domain by mutations

Concept of targeting class I and II SUMO Interaction interface with

BRCA1 has SUMO interaction motifs A The putative SUMO interaction

SUMO wrestling cancer stem cells Cell Chemical Biology

Interaction of IE2 with SUMO through a SIM A SUMOrelated domain

Interaction networks of SIMbinding groove mutants reveal alternate

A SUMODependent Protein Network Regulates Chromosome Congression

Figure 1 from SUMOylation and SUMOinteracting Motif SIM of

Specification of SUMO1 and SUMO2interacting Motifs Journal of

Roles for SUMOSIM interactions in DNA repair A The Elg1RFClike

Solution structure of SUMO1 bound to a SUMO1specific SIM A backbone

Mapping binding interfaces of SUMO1 and SUMO2 with SIMN and SIMC A

The SIM1 and SIM2 mutations disrupt rhTRIM5α localization to nuclear ...

The SIM1 and SIM2 mutations disrupt rhTRIM5 localization to nuclear

Interaction networks of SIMbinding groove mutants reveal alternate

The three putative SIMs of IN and mutagenesis analysis a Schematic of

RAP80 binding to polyubiquitin a Schematic of human RAP80 showing the

Effect of mutations in the SIMbinding groove of the p53SUMO1 fusion

Covalent Capturing of Transient SUMOSIM Interactions Using Unnatural

Roles for SUMOSIM interactions in DNA repair A The Elg1RFClike

Small ubiquitinrelated modifier SUMOinteracting motif SIM of Oct4

SUMOSIM interactions in RanGAP1SUMOUBC9RanBP2 complexes A D

Interaction networks of SIMbinding groove mutants reveal alternate

Screen for multiSUMObinding proteins reveals a multiSIMbinding

Insights into High Affinity Small Ubiquitinlike Modifier SUMO

Characterizing the N and Cterminal Small Ubiquitinlike Modifier

Conformational and Interface Variability in Multivalent SIMSUMO

Role of SUMOSIMmediated proteinprotein interaction in nonhomologous

SUMO/SIM mutants of βC1 block viral systemic movement. a Southern blot ...

SUMOSIM mutants of C1 block viral systemic movement a Southern blot

Roles for SUMOSIM interactions in DNA repair A The Elg1RFClike

SUMOSIM mutants of C1 block viral systemic movement a Southern blot

SUMOSIM interactions contribute to Pc2 binding of HIPK2 A Schematic

Interaction networks of SIMbinding groove mutants reveal alternate

Insights into High Affinity Small Ubiquitinlike Modifier SUMO

Interaction networks of SIMbinding groove mutants reveal alternate

Structural characterization of a SUMO1PMLSIM4SDZn complex A

Interaction networks of SIMbinding groove mutants reveal alternate

The Cterminal Conserved Region CCR and SUMOinteracting motif SIM

RAD51 interacts with SUMO1 through its SIM A The SUMOinteracting

Specification of SUMO1 and SUMO2interacting Motifs Journal of

SUMOSIM mutants of C1 block viral systemic movement a Southern blot

Interaction networks of SIMbinding groove mutants reveal alternate

Genes Free FullText SUMOBased Regulation of Nuclear Positioning

Interactions between IE2SIM1 and SUMO A A schematic of the domains

Interaction networks of SIMbinding groove mutants reveal alternate

Sumoylation signature and SUMOSIM interaction direct EME1s

Functional implications of phosphorylation induced enhanced SIMSUMO

S Aimsmass

SUMO

A SUMO1Derived Peptide Targeting SUMOInteracting Motif Inhibits

Blog Personal website

Rap80 contains a SUMObinding domain SIM at the N terminus A

Relevance of the SIMSUMO interaction for Rad18 function in vivo A

Mapping binding interfaces of SUMO1 and SUMO2 with SIMN and SIMC A

ArkadiaRNF111 is a SUMOtargeted ubiquitin ligase with preference for

SUMOSIM mutants of C1 block viral systemic movement a Southern blot

Small Ubiquitinrelated Modifier SUMO Binding Determines Substrate

SUMOylation of TARBP2 increases its binding with Ago2 ab The

Neuronal SUMOylation Mechanisms Physiology and Roles in Neuronal

Screen for multiSUMObinding proteins reveals a multiSIMbinding

Identification of SIM3 required for VP1 SUMO1 modification A

Interaction networks of SIMbinding groove mutants reveal alternate

The FEBS Journal Vol 291 No 8

SUMOID a new tool to study the consequences of protein modifications

Model for SUMO1 expression and conjugation to substrates in embryonic

Insights into High Affinity Small Ubiquitinlike Modifier SUMO

Insights into the Microscopic Structure of RNF4SIMSUMO Complexes from

A conserved and buried edgetoface aromatic interaction in small

SUMOdegradation function is important for KSHV replication A

Insights into the Microscopic Structure of RNF4SIMSUMO Complexes from

Lf is modified by SUMOylation A Schematic overview of Lf showing

Full article Autophagy mediates SUMOinduced degradation of a

SUMO a small but powerful regulator of doublestrand break repair

The p150 SUMOinteraction motif SIM is required to maintain nucleolar

SUMO

SUMOSIM module facilitates WRKY33MAPK Interaction A A structural

Compartmentalization of the SUMORNF4 pathway by SLX4 drives DNA repair

SUMO A Multifaceted Modifier of Chromatin Structure and Function

Compositional Control of PhaseSeparated Cellular Bodies Cell

Drach Motif Mutations

Sumo Structure

Sumo Granandae Altered

Sumo Cell Crucible

Sumo X-ray

Three Intersectin Sumo

Sumo Chains

Sumo Centroid Connector

Sumo Ubiquitin Sequences

SUMO-1 Immunofluorescence

Left Hand Drive Sumo Microsimulation Signals

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