Rad1

The 911 DNA clamp subunit RAD1 forms specific interactions with clamp

Identification of a Candidate Rad1 Subunit for the Kinetoplastid 911

The 911 DNA clamp subunit RAD1 forms specific interactions with clamp

A model for Rad1 cleavage of recombination intermediates Strand

A Sliding Clamp Model for the Rad1 Family of Cell Cycle Checkpoint

The dynamic subcellular localisation of Rad1 is cell cycle dependent in

RAD1 homolog Alchetron The Free Social Encyclopedia

DNA damageinduced sumoylation of Rad1 occurs upon recruitment to

Rad1 is not required for crossovers between chromosome homologsa

Cell cycle checkpoint protein RAD1 Wikipedia

The 911 DNA clamp subunit RAD1 forms specific interactions with clamp

Dependence of Rad1 phosphorylation on other checkpoint proteins A

Domain architecture subcellular localization and interaction of Rad1

Figure 1 from Role of the Rad1 and Rad10 Proteins in Nucleotide

A model of the RAD1 and RAD51 pathways for spontaneous SCE Each line

Inhibition of RAD1RAD10 endonuclease activity by the RAD1 IgM

Rad1 sumoylation leads to decreased affinity for DNA but does not

Rad1 attenuates DNA doublestrand breaks and cell cycle arrest in type

Amino acid sequence analyses of RAD1 genes A Alignment of residues 1

Rad1 is monosumoylated at K32 and its sumoylation contributes to UV and

Rad1 sumoylation affects neither Rad1 protein levels nor its

Genomewide analysis of Rad1 and Rad10 occupancy A Examples of Rad1

Domain architecture subcellular localization and interaction of Rad1

Essential roles of Rad1 and Rad10 in conidial resistance to UVB damage

Nucleotide sequence and predicted amino acid sequence of human rad1

Role of the Rad1 and Rad10 Proteins in Nucleotide Excision Repair and

Rad1 attenuates DNA doublestrand breaks and cell cycle arrest in type

RAD1 antibody 686371Ig Proteintech

A Sliding Clamp Model for the Rad1 Family of Cell Cycle Checkpoint

Immunoprecipitation of in vitrotranslated RAD1 polypeptides by the

rad1 mutants deficient in recombination and base excision repair BER

Rad1 and Rad10 interact with WC1 and WC2 serving as regulators of Phr1

Morphology and DNA content of tpp1 apn1 rad1 Download Scientific Diagram

Role of the Rad1 and Rad10 Proteins in Nucleotide Excision Repair and

RAD1 Recombinant Rabbit Monoclonal Antibody 8H19L13 Invitrogen 100

Loss of Rad1 affects sustained cell proliferation a Immunoblot

MicroarrayBased Genetic Screen Defines SAW1 a Gene Required for Rad1

rad1 complex interactions with Saw1 by coimmunoprecipitation A B

PDF The 911 DNA clamp subunit RAD1 forms specific interactions with

PDF Rad1 attenuates DNA doublestrand breaks and cell cycle arrest in

Figure 1 from A Sliding Clamp Model for the Rad1 Family of Cell Cycle

Effect of modifying primer ends on Chk1 and Rad1 phosphorylation

Rad1 is required for plasmid integrationa Noncrossover NCO repair

Human RAD1 knockout HeLa cell line ab265749 Abcam

PDF Role of the Rad1 and Rad10 Proteins in Nucleotide Excision Repair

Essential roles of Rad1 and Rad10 in conidial resistance to UVB damage

Rad1 Proteins and Enzymes

Role of the Rad1 and Rad10 Proteins in Nucleotide Excision Repair and

RAD1 antibody 117262AP Proteintech

Genomewide analysis of Rad1 and Rad10 occupancy A Examples of Rad1

Domain architecture subcellular localization and interaction of Rad1

Reactivity of RAD1 and RAD10 antibodies with purified RAD1 and RAD10 in

Hypothetical model of how the Rad1Rad10 endonuclease complex

Structure and Functional Implications of the Human Rad9Hus1Rad1 Cell

Figure 1 from Structure of the RAD9RAD1HUS1 checkpoint clamp bound to

Destabilization of the 911 complex upon loss of Rad1 a

Rad1Rad10 act upon similar structures during NER and recombination by

Table 1 from Crystal structure of the rad9rad1hus1 DNA damage

Crystal Structure of the Rad9Rad1Hus1 DNA Damage Checkpoint Complex

Aph1 regulates the level of Rad1 and all 911 proteins are

Model of the Rad1Rad9Hus1 complex based on the PCNA structure Line

Crystal Structure of the Rad9Rad1Hus1 DNA Damage Checkpoint Complex

Structure of the RAD9RAD1HUS1 checkpoint clamp bound to RHINO sheds

Crystal Structure of the Rad9Rad1Hus1 DNA Damage Checkpoint Complex

RAD1biniding motif of RAD17 A domain architecture of human RAD17

Structure and Functional Implications of the Human Rad9Hus1Rad1 Cell

Figure 7 from The Rad9Hus1Rad1 Checkpoint Clamp Regulates Interaction

Checkpoint function in Rad1depleted cells HCT116 cells transiently

Repair complexes of FEN1 endonuclease DNA and Rad9Hus1Rad1 are

Rad51 ATP binding but not hydrolysis is required to recruit Rad10 in

Crystal Structure of the Rad9Rad1Hus1 DNA Damage Checkpoint Complex

Repair complexes of FEN1 endonuclease DNA and Rad9Hus1Rad1 are

StructureFunction Analysis of Fission Yeast Hus1Rad1Rad9 Checkpoint

Repair complexes of FEN1 endonuclease DNA and Rad9Hus1Rad1 are

Coordination of Rad1Rad10 interactions with Msh2Msh3 Saw1 and RPA is

Figure 11 from Optimizing the largescale production of Saw1 and the

Role of the Rad1Rad10 nuclease in recombination A In the SSA

Rad1 Slx1 and Slx4 Relocalize to DNADamageInduced Foci and

XRay and Biochemical Anatomy of an Archaeal XPFRad1Mus81 Family

Origins of interface stability for the Rad9Hus1 and Rad9Rad1

StructureFunction Analysis of Fission Yeast Hus1Rad1Rad9 Checkpoint

Sequencestructure alignments of Rad checkpoint proteins with PCNA A

A Structures of the Rad9Rad1Hus1 complex solved by three different

Rad17 forms a protein complex and interacts with Rad1 A Size

RCSB PDB 3G65 Crystal Structure of the Human Rad9Rad1Hus1 DNA

Saw1 recruits Rad1Rad10 complex to 3 0 flap DNA substrate A

Coordination of Rad1Rad10 interactions with Msh2Msh3 Saw1 and RPA is

Various possible substrates for the Rad1Rad10 endonuclease during DSB

RAD1biniding motif of RAD17 A domain architecture of human RAD17

Dna damage checkpoints PPTX

Sphase checkpoint defects in Rad1depleted cells a Rad1depleted

Figure 1 from The human checkpoint sensor Rad9Rad1Hus1 interacts with

Figure 1 from Multiple recombination pathways for sister chromatid

Figure 3 from The Rad9Hus1Rad1 Checkpoint Clamp Regulates Interaction

Figure 1 from Association of the Rad9Rad1Hus1 checkpoint clamp with

Efficient Photoreactivation of Solar UVInjured Metarhizium robertsii

RAD1XPF Is Involved in IRInduced Genetic Instability in Eukaryotes

RAD51WSS1dependent genetic pathways are essential for DNAprotein

The Rad1Rad10 complex is the molecular entity for Rad14 recruitment

RCSB PDB 8WU8 Crystal structure of the human RAD9RAD1F64AM256A

Identification of Functional Domains within the RAD1RAD10 Repair and

Figure 1 from Mec1Tel1dependent phosphorylation of Slx4 stimulates

Rad1 Rad10 and Rad26 coimmunoprecipitate with Mediator and the loss

Disruption of the Rad9Rad1Hus1 911 complex leads to checkpoint

Dna damage checkpoints PPTX

Yeast Tdp1 and Rad1Rad10 function as redundant pathways for repairing

Phosphoproteomics of ATR signaling in mouse testes PMC

How checkpoint Rad proteins and Cds1 respond to aberrant replication in

Figure 4 from The Role of Yeast DNA 3Phosphatase Tpp1 and Rad1Rad10

The Rad9Hus1Rad1 911 complex functionally and physically

Crystal Structure of the Rad9Rad1Hus1 DNA Damage Checkpoint Complex

DNA damage stimulates Rad9 checkpoint complex interaction with RPA a

Interaction and colocalization of Rad9Rad1HUS1 checkpoint complex

Identification of Functional Domains within the RAD1RAD10 Repair and

Yeast Tdp1 and Rad1Rad10 function as redundant pathways for repairing

Assembly of a Rad1Rad10Rad14 complex in vitro A purified Rad14

Differential regulation of DNA damage checkpoint effectors γH2A and ...

Differential regulation of DNA damage checkpoint effectors H2A and

RCSB PDB 8WU8 Crystal structure of the human RAD9RAD1F64AM256A

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