Faculty

Institution

Unit

Venue

Michael Chamberlin

Professor Emeritus of Biochemistry Biophysics and Structural Biology

University of California, Berkeley

Affiliations

College of Letters & Science

Biological Sciences

Molecular and Cell Biology

Michael Chamberlin is currently serving as a Biological Sciences Professor Emeritus of Biochemistry Biophysics and Structural Biology at University of California, Berkeley.

Honors

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Experiences

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Education

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Michael Chamberlin

University of California, Berkeley

Professor Emeritus of Biochemistry Biophysics and Structural Biology

You can click a keyword to filter the displayed items

molecular biology genetics biochemistry rna biology enzymes gene expression microbiology escherichia coli protein science transcription (biology) bacteriology structural biology transcription regulation biological chemistry molecular microbiology microbial genetics molecular genetics genome biology bacteriophages biotechnology biochemical sciences gene regulation transcription factors virus research bacillus subtilis genomics structural molecular biology gene function protein expression mammalian biology molecular science phage biology nucleic acids molecular virology biochemical genetics sequence analysis rna polymerase molecular cell biology applied microbiology general virology rna chain initiation ternary complexes biological macromolecules redox biology enzyme inhibition microbial virus molecular biotechnology mutagenesis microbial physiology molecular research gene editing enzyme catalysis molecular substrates viral genetics gene characterization chemical characterization rna polymerase ii rna chain elongation promoter escape transcript initiation animal biotechnology cell growth molecular characterization molecular regulation protein purification rna processing protein genetics quantitative microbiology cellular enzymology early region rrnb operon rna polymerase action chemotaxis genes transcription termination sigma 28 signaling pathways

Notable Scholarly Works

Notable Federal Grants

Collaborators

Motility and Chemotaxis. ASM Press eBooks (2014)

George W. OrdalLeticia Màrquez-MagañaMichael J. Chamberlin

geneticsphysiology

In Vitro Studies of Transcript Initiation by Escherichia Coli Rna Polymerase. 1. Rna Chain Initiation, Abortive Initiation, and Promoter Escape at Three Bacteriophage Promoters. Biochemistry (2003)

Lilian M. HsuNam V. VoCaroline M. KaneMichael J. Chamberlin

microbiologyabortive initiationbacteriophagesenzymesgene expressionmolecular microbiologygene regulationpromoter escaperna chain initiationtranscription factorsbiochemistrybacteriologyrna biologybacteriophage promoterssignal transductionmolecular biologytranscript initiation

In Vitro Studies of Transcript Initiation by Escherichia Coli Rna Polymerase. 2. Formation and Characterization of Two Distinct Classes of Initial Transcribing Complexes. Biochemistry (2003)

Nam V. VoLilian M. HsuCaroline M. KaneMichael J. Chamberlin

protein sciencerna biologygene expressionsequence assemblygene expression profilingtranscript initiationenzymesdistinct classesbiological chemistryinitial transcribing complexestranscription (biology)redox biologybiochemistrygenome biologyprotein expressionstructural biologybiomolecular engineeringstructural molecular biologysignal transductiontranscription regulationmolecular biology

In Vitro Studies of Transcript Initiation by Escherichia Coli Rna Polymerase. 3. Influences of Individual Dna Elements Within the Promoter Recognition Region on Abortive Initiation and Promoter Escape. Biochemistry (2003)

Nam V. VoLilian M. HsuCaroline M. KaneMichael J. Chamberlin

biochemical sciencesgeneticsenzymesgene expressionabortive initiationpromoter escapepromoter recognition regionbiochemistrygene functiongenome biologymolecular biologyindividual dna elementstranscript initiation

Nus a is Involved in Transcriptional Termination on λ Ti. Biochimie (1999)

Rosa María Bermúdez-CruzMichael J ChamberlinCecilia Montañez

geneticsfunctional genomicstranscriptional terminationbiochemistryrna biologymolecular biology

Structural Analysis of Ternary Complexes of Escherichia Coli Rna Polymerase: Ribonuclease Footprinting of the Nascent Rna in Complexes. Biochemistry (1998)

Sandra MilanLinda D'ArMichael J. Chamberlin

microbiologyribonuclease footprintingternary complexesbiochemistrynascent rnamolecular biologystructural biology

Basic Mechanisms of Transcript Elongation and Its Regulation. Annual Review of Biochemistry (1997)

S. M. UptainC. M. KaneM. J. Chamberlin

transcript elongationbiochemical sciencescell regulationgene regulationprotein sciencebasic mechanismsmolecular regulationbiochemistrymembrane biologyphysiologytranscription regulationmolecular biology

Escherichia Coli Rna Polymerase Terminates Transcription Efficiently at Rho-Independent Terminators on Single-Stranded Dna Templates. Proceedings of the National Academy of Sciences (1997)

Susan M. UptainMichael J. Chamberlin

molecular geneticssingle-stranded dna templatescell biologyprotein sciencerna biologymolecular substratespolymerase terminatesgenome editingtranscriptomics technologygenetic engineeringgeneticstranscription (biology)genomicsgenome biologynucleic acidsmolecular sciencegenetic basisrho-independent terminatorstranscription regulationmolecular biology

Analysis and Suppression of Dna Polymerase Pauses Associated With a Trinucleotide Consensus. Nucleic Acids Research (1996)

D. S. MytelkaM. J. Chamberlin

genetic analysisgeneticstrinucleotide consensussequence analysismolecular biologystructural biologydna polymerase

Escherichia Coli Fliazy Operon. Journal of Bacteriology (1996)

D S MytelkaM J Chamberlin

molecular biologymicrobiologybacteriologyescherichia coli

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Michael Chamberlin

Professor Emeritus of Biochemistry Biophysics and Structural Biology

University of California, Berkeley

Affiliations

College of Letters & Science

Biological Sciences

Molecular and Cell Biology

Michael Chamberlin is currently serving as a Biological Sciences Professor Emeritus of Biochemistry Biophysics and Structural Biology at University of California, Berkeley.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Chamberlin

University of California, Berkeley

Professor Emeritus of Biochemistry Biophysics and Structural Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Motility and Chemotaxis. ASM Press eBooks (2014)

George W. OrdalLeticia Màrquez-MagañaMichael J. Chamberlin

geneticsphysiology

In Vitro Studies of Transcript Initiation by Escherichia Coli Rna Polymerase. 1. Rna Chain Initiation, Abortive Initiation, and Promoter Escape at Three Bacteriophage Promoters. Biochemistry (2003)

Lilian M. HsuNam V. VoCaroline M. KaneMichael J. Chamberlin

In Vitro Studies of Transcript Initiation by Escherichia Coli Rna Polymerase. 2. Formation and Characterization of Two Distinct Classes of Initial Transcribing Complexes. Biochemistry (2003)

Nam V. VoLilian M. HsuCaroline M. KaneMichael J. Chamberlin

Nus a is Involved in Transcriptional Termination on λ Ti. Biochimie (1999)

Rosa María Bermúdez-CruzMichael J ChamberlinCecilia Montañez

geneticsfunctional genomicstranscriptional terminationbiochemistryrna biologymolecular biology

Structural Analysis of Ternary Complexes of Escherichia Coli Rna Polymerase: Ribonuclease Footprinting of the Nascent Rna in Complexes. Biochemistry (1998)

Sandra MilanLinda D'ArMichael J. Chamberlin

microbiologyribonuclease footprintingternary complexesbiochemistrynascent rnamolecular biologystructural biology

Basic Mechanisms of Transcript Elongation and Its Regulation. Annual Review of Biochemistry (1997)

S. M. UptainC. M. KaneM. J. Chamberlin

Escherichia Coli Rna Polymerase Terminates Transcription Efficiently at Rho-Independent Terminators on Single-Stranded Dna Templates. Proceedings of the National Academy of Sciences (1997)

Susan M. UptainMichael J. Chamberlin

Analysis and Suppression of Dna Polymerase Pauses Associated With a Trinucleotide Consensus. Nucleic Acids Research (1996)

D. S. MytelkaM. J. Chamberlin

genetic analysisgeneticstrinucleotide consensussequence analysismolecular biologystructural biologydna polymerase

Escherichia Coli Fliazy Operon. Journal of Bacteriology (1996)

D S MytelkaM J Chamberlin

molecular biologymicrobiologybacteriologyescherichia coli

1
2
3
4
5
13
10 / page

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Similar Faculty Members

Stuart Linn

Institution

University of California, Berkeley

toxicological mechanism

dna repair

Uttam RajBhandary

Institution

Massachusetts Institute of Technology

molecular biology

biosynthesis

Roy H. Doi

Institution

University of California, Davis

molecular biology

microbiology

Reid C. Johnson

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University of California, Los Angeles

chromatin remodeling

yeast

David P. Giedroc

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Indiana University Bloomington

emerging infectious disease

pathogen

Gregory Verdine

Institution

Harvard University

therapeutic modalities

peptide

Robert Haselkorn

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protein structure

microbiology

Christopher K. Mathews

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Oregon State University

molecular biology

biochemistry

Michael Ibba

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Ohio State University

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synthetic biology

Graham C. Walker

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molecular biology

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