Faculty

Institution

Unit

Venue

Diane Hawley

Professor

University of Oregon

Affiliations

College of Arts and Sciences

Biochemistry

Chemistry and Biochemistry

Diane Hawley is currently serving as a Biochemistry Professor at University of Oregon.

Honors

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Experiences

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Education

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Diane Hawley

University of Oregon

Professor

You can click a keyword to filter the displayed items

molecular biology genetics biochemistry rna biology gene expression molecular genetics genome biology protein science transcription regulation enzymes cell biology functional genomics transcription (biology) epigenetics gene regulation transcription initiation genomics bioinformatics molecular science sequence analysis cellular biology rna polymerase ii biological chemistry dna sequencing microbial genetics nucleic acid amplification yeast gene function mutagenesis bacteriophages nucleic acids biotechnology advance biochemical sciences medicinal research cell research structural molecular biology molecular cell biology avian biology virus research fungal genetics genetic analysis dna analysis disease gene identification protein expression enzymatic modification molecular regulation cell interactions cell manipulation cellular structure in vivo systems viral genetics phage biology molecular microbiology bacteriology structural bioinformatics protein bioinformatics polymerase selectivity functional steps partial characterization transcriptional fidelity major late promoter hela nuclear extract lprm promoter minor groove tata box tfiid binds multi-step pathway kinetic analysis site-specific recognition dna bending rna polymerases dna repair

Notable Scholarly Works

Notable Federal Grants

Collaborators

Rna Polymerase II Mutations Conferring Defects in Poly(a) Site Cleavage and Termination in Saccharomyces Cerevisiae. G3 Genes Genomes Genetics (2013)

Charles E KubicekRobert D ChisholmSachiko TakayamaDiane K Hawley

gene expressionyeastmutagenesissite cleavagegeneticsfungal geneticsmolecular geneticsmolecular biologyepigeneticsrna biologymutagenesis (molecular biology technique)biochemistry

Rna Polymerase II Subunit Rpb9 is Important for Transcriptional Fidelity in Vivo. Proceedings of the National Academy of Sciences (2006)

Nicole K. NesserDavid O. PetersonDiane K. Hawley

genome biologygene regulationgene expressiontranscription regulationfunctional genomicstranscription (biology)molecular sciencegeneticsenzymesgene functionin vivo systemsmolecular geneticsmolecular biologyrna biologyprotein sciencebiochemistry

Contributions of the Tata Box Sequence to Rate-Limiting Steps in Transcription Initiation by Rna Polymerase II. Journal of Molecular Biology (1998)

Barbara C. HoopesJames F. LeBlancDiane K. Hawley

genomicsgenome biologyfunctional genomicsrate-limiting stepsgeneticsrna polymerase iidna sequencingmolecular biologymolecular geneticstata box sequencetranscription initiationrna biologysequence analysisbiochemistrybioinformatics

Transcriptional Fidelity and Proofreading by Rna Polymerase II. Cell (1998)

Matthew J ThomasAngelina A PlatasDiane K Hawley

transcriptional fidelitytranscription (biology)geneticsrna polymerase iimolecular biologyrna biologygene regulationcell biology

Analysis of the Human Tata Binding Protein Promoter and Identification of an Ets Site Critical for Activity. Nucleic Acids Research (1997)

C. E. FouldsD. K. Hawley

genomicsgenome biologyproteomicsprotein bioinformaticsgeneticsets sitemolecular biologystructural bioinformaticscell biologyprotein sciencebioinformatics

Promoter Proximal Sequences Modulate Rna Polymerase II Elongation by a Novel Mechanism. Cell (1996)

Thadd C ReederDiane K Hawley

gene regulationgene expressiontranscription regulationnovel mechanismtranscription (biology)geneticsmolecular cell biologyenzymespromoter proximal sequencesmolecular biologycell and molecular biologyepigeneticsrna biologycellular biologybiochemistry

Dna Bending is an Important Component of Site-Specific Recognition by the Tata Binding Protein. Journal of Molecular Biology (1995)

Barry D. StarrBarbara C. HoopesDiane K. Hawley

biophysicsdna bendinggeneticssite-specific recognitionstructural molecular biologymolecular biologystructural biologytata binding protein

Identification of a 3'-- 5' Exonuclease Activity Associated With Human Rna Polymerase II.. Proceedings of the National Academy of Sciences (1993)

D WangD K Hawley

nucleic acid amplificationexonuclease activitygeneticsenzymesmolecular biologyrna biologyprotein sciencebiochemistry

Kinetic Analysis of Yeast Tfiid-Tata Box Complex Formation Suggests a Multi-Step Pathway.. Journal of Biological Chemistry (1992)

B.C. HoopesJ.F. LeBlancD.K. Hawley

yeastsystems biologymolecular biologymulti-step pathwaymembrane biologybiochemistrykinetic analysis

Mechanistic Studies of Transcription Arrest at the Adenovirus Major Late Attenuation Site. Comparison of Purified Rna Polymerase II and Washed Elongation Complexes.. Journal of Biological Chemistry (1992)

D.K. WiestD WangD.K. Hawley

gene therapybiophysicsvirologytranscription arrestmolecular biologywashed elongation complexesrna biologymechanistic studiesbiochemistry

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Diane Hawley

Professor

University of Oregon

Affiliations

College of Arts and Sciences

Biochemistry

Chemistry and Biochemistry

Diane Hawley is currently serving as a Biochemistry Professor at University of Oregon.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Diane Hawley

University of Oregon

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Rna Polymerase II Mutations Conferring Defects in Poly(a) Site Cleavage and Termination in Saccharomyces Cerevisiae. G3 Genes Genomes Genetics (2013)

Charles E KubicekRobert D ChisholmSachiko TakayamaDiane K Hawley

gene expressionyeastmutagenesissite cleavagegeneticsfungal geneticsmolecular geneticsmolecular biologyepigeneticsrna biologymutagenesis (molecular biology technique)biochemistry

Rna Polymerase II Subunit Rpb9 is Important for Transcriptional Fidelity in Vivo. Proceedings of the National Academy of Sciences (2006)

Nicole K. NesserDavid O. PetersonDiane K. Hawley

Contributions of the Tata Box Sequence to Rate-Limiting Steps in Transcription Initiation by Rna Polymerase II. Journal of Molecular Biology (1998)

Barbara C. HoopesJames F. LeBlancDiane K. Hawley

Transcriptional Fidelity and Proofreading by Rna Polymerase II. Cell (1998)

Matthew J ThomasAngelina A PlatasDiane K Hawley

transcriptional fidelitytranscription (biology)geneticsrna polymerase iimolecular biologyrna biologygene regulationcell biology

Analysis of the Human Tata Binding Protein Promoter and Identification of an Ets Site Critical for Activity. Nucleic Acids Research (1997)

C. E. FouldsD. K. Hawley

genomicsgenome biologyproteomicsprotein bioinformaticsgeneticsets sitemolecular biologystructural bioinformaticscell biologyprotein sciencebioinformatics

Promoter Proximal Sequences Modulate Rna Polymerase II Elongation by a Novel Mechanism. Cell (1996)

Thadd C ReederDiane K Hawley

Dna Bending is an Important Component of Site-Specific Recognition by the Tata Binding Protein. Journal of Molecular Biology (1995)

Barry D. StarrBarbara C. HoopesDiane K. Hawley

biophysicsdna bendinggeneticssite-specific recognitionstructural molecular biologymolecular biologystructural biologytata binding protein

Identification of a 3'-- 5' Exonuclease Activity Associated With Human Rna Polymerase II.. Proceedings of the National Academy of Sciences (1993)

D WangD K Hawley

nucleic acid amplificationexonuclease activitygeneticsenzymesmolecular biologyrna biologyprotein sciencebiochemistry

Kinetic Analysis of Yeast Tfiid-Tata Box Complex Formation Suggests a Multi-Step Pathway.. Journal of Biological Chemistry (1992)

B.C. HoopesJ.F. LeBlancD.K. Hawley

yeastsystems biologymolecular biologymulti-step pathwaymembrane biologybiochemistrykinetic analysis

D.K. WiestD WangD.K. Hawley

gene therapybiophysicsvirologytranscription arrestmolecular biologywashed elongation complexesrna biologymechanistic studiesbiochemistry

1
2
3
10 / page

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molecular biology

genetics

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sustainable chemistry

bioproduct

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Institution

Indiana University Bloomington

molecular biology

integrative plant biology

Irina Artsimovitch

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gene expression

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molecular informatics

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molecular informatics

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chromatin remodeling

gene expression

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molecular biology

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