Category Of Uaf30 Binding Dna

High Density Of Rna Polymerases On The Rdna Genes Of Uaf30 Mutants A

High Density Of Rna Polymerases On The Rdna Genes Of Uaf30 Mutants A

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Mutating Uaf30 Reduces The Number Of Actively Transcribed Rdna Genes In

Mutating Uaf30 Reduces The Number Of Actively Transcribed Rdna Genes In

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Uaf30 Deletion Alters The Arrangement Of Structural Chromatin

Uaf30 Deletion Alters The Arrangement Of Structural Chromatin

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Uaf30p Is Required For Proper Uaf Association With The Rdna Promoter

Uaf30p Is Required For Proper Uaf Association With The Rdna Promoter

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Transcription Of Chromosomal Rrna Genes By Both Rna Polymerase I And Ii

Transcription Of Chromosomal Rrna Genes By Both Rna Polymerase I And Ii

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Transcription Of Chromosomal Rrna Genes By Both Rna Polymerase I And Ii

Transcription Of Chromosomal Rrna Genes By Both Rna Polymerase I And Ii

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Overexpression Of Shu1 Causes An Sdl Interaction With Deletion Of Uaf30

Overexpression Of Shu1 Causes An Sdl Interaction With Deletion Of Uaf30

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Transcription Of Chromosomal Rrna Genes By Both Rna Polymerase I And Ii

Transcription Of Chromosomal Rrna Genes By Both Rna Polymerase I And Ii

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Transcription Of Chromosomal Rrna Genes By Both Rna Polymerase I And Ii

Transcription Of Chromosomal Rrna Genes By Both Rna Polymerase I And Ii

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Reduced Overall Association Of Pol I With The Rdna Tandem Array In The

Reduced Overall Association Of Pol I With The Rdna Tandem Array In The

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A Structural Perspective On The Regulation Of Human Single Stranded Dna

A Structural Perspective On The Regulation Of Human Single Stranded Dna

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Defining The Sequence Recognition Profile Of Dna Binding Molecules Pnas

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Mechanism Of Rna Polymerase I Selection By Transcription Factor Uaf

Mechanism Of Rna Polymerase I Selection By Transcription Factor Uaf

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Shelterin Is A Dimeric Complex With Extensive Structural Heterogeneity

Shelterin Is A Dimeric Complex With Extensive Structural Heterogeneity

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Dna Binding Interaction Modes Selected Md Snapshots Of Nb In Minor

Dna Binding Interaction Modes Selected Md Snapshots Of Nb In Minor

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Structure Of The Ros15mc Dna Complex A Domain Architecture Upper

Structure Of The Ros15mc Dna Complex A Domain Architecture Upper

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Figure 1 From Identification Of The Dna Binding Element Of The Human

Figure 1 From Identification Of The Dna Binding Element Of The Human

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The Attachment Of A Dna‐binding Sso7d‐like Protein Improves

The Attachment Of A Dna‐binding Sso7d‐like Protein Improves

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Mechanism Of Rna Polymerase I Selection By Transcription Factor Uaf

Mechanism Of Rna Polymerase I Selection By Transcription Factor Uaf

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A In Presimulation Hth−dna Binding Domain And Effector Binding

A In Presimulation Hth−dna Binding Domain And Effector Binding

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Shu1 Functions In The Same Pathway As Srs2 To Suppress Uaf30 Δ Rdna

Shu1 Functions In The Same Pathway As Srs2 To Suppress Uaf30 Δ Rdna

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Benzo A Pyrene Diol Epoxide Adducts In Dna Are Potent Suppressors Of A

Benzo A Pyrene Diol Epoxide Adducts In Dna Are Potent Suppressors Of A

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Selective And Robust Stabilization Of Triplex Dna Structures Using

Selective And Robust Stabilization Of Triplex Dna Structures Using

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Figure 1 From Rapidly Neutralizable And Highly Anticoagulant Thrombin

Figure 1 From Rapidly Neutralizable And Highly Anticoagulant Thrombin

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Engineering A Ligase Binding Dna Aptamer Into A Templating Dna Scaffold

Engineering A Ligase Binding Dna Aptamer Into A Templating Dna Scaffold

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Taf14 Linker Region Is Required For Dna Binding A Dna Electrophoretic

Taf14 Linker Region Is Required For Dna Binding A Dna Electrophoretic

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Binding Affinity Measurements By Emsa Of P53dbd To Variants Of The

Binding Affinity Measurements By Emsa Of P53dbd To Variants Of The

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Crystal Structures Of Hu‐dna Complexes A Crystal Structure Of E

Crystal Structures Of Hu‐dna Complexes A Crystal Structure Of E

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Transcription Of Chromosomal Rrna Genes By Both Rna Polymerase I And Ii

Transcription Of Chromosomal Rrna Genes By Both Rna Polymerase I And Ii

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Testing Of Alternative Mechanisms For Inducing Polymerase Dense Rdna

Testing Of Alternative Mechanisms For Inducing Polymerase Dense Rdna

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Physicochemical Models Of Proteindna Binding With Standard And

Physicochemical Models Of Proteindna Binding With Standard And

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Rna Polymerase I Activators Count And Adjust Ribosomal Rna Gene Copy

Rna Polymerase I Activators Count And Adjust Ribosomal Rna Gene Copy

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Dna Binding Triggers Tetramerization Of The Glucocorticoid Receptor In

Dna Binding Triggers Tetramerization Of The Glucocorticoid Receptor In

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A Begomovirus Dnabeta Encoded Protein Binds Dna Functions As A

A Begomovirus Dnabeta Encoded Protein Binds Dna Functions As A

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