Faculty

Institution

Unit

Venue

David I. Meyer

Professor Emeritus Biological Chemistry; Co-Leader Pilot and Collaborative Translational Clinical Studies Program; Member Institutional Steering Committee CTSI

University of California, Los Angeles

Affiliations

David Geffen School of Medicine

Biological Chemistry

David I. Meyer is currently serving as a Biological Chemistry Professor Emeritus Biological Chemistry; Co-Leader Pilot and Collaborative Translational Clinical Studies Program; Member Institutional Steering Committee CTSI at University of California, Los Angeles.

Honors

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Experiences

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Education

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David I. Meyer

University of California, Los Angeles

Professor Emeritus Biological Chemistry; Co-Leader Pilot and Collaborative Translational Clinical Studies Program; Member Institutional Steering Committee CTSI

You can click a keyword to filter the displayed items

cell biology molecular biology membrane biology structural biology protein science genetics cellular biology yeast biochemistry gene expression molecular and cellular biology protein translocation cell and molecular biology molecular cell biology protein transport endoplasmic reticulum membranes molecular physiology biological chemistry cellular physiology cytoskeleton cell research biochemical sciences cell physiology protein function biotechnology cellular biochemistry genome biology protein expression signal recognition molecular docking membrane transport nature liver physiology glycosylation molecular regulation protein purification secretory protein translocation vectorial translocation nascent proteins functional characterization nascent secretory proteins signal recognition particle yeast endoplasmic reticulum rat liver signal hypothesis biological macromolecules general virology molecular science proteome research theoretical biology immunocytochemical techniques structural composition mutagenesis reporter gene assay muscle function cytopathology host response molecular virology protein refolding purification method gene structure secretory pathway signaling pathways gene regulation cell interactions cell biomechanics membrane formation functional regulation protein bioinformatics membrane characterization membrane biogenesis homologous cell-free system atp-dependent post-translational mechanism actin homologue membrane component

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Knockdown of P180 Eliminates the Terminal Differentiation of a Secretory Cell Line. Molecular Biology of the Cell (2008)

Payam BenyaminiPaul WebsterDavid I. Meyer

inflammationmolecular cell biologycell biologyterminal differentiationmolecular biologysecretory cell line

In02, a Positive Regulator of Lipid Biosynthesis, is Essential for the Formation of Inducible Membranes in Yeast. Molecular Biology of the Cell (2002)

Laura Block-AlperPaul WebsterXianghong ZhouLubica SupekováWing Hung WongPeter G. SchultzDavid I. Meyer

yeastmolecular regulationpositive regulatormolecular physiologymolecular and cellular biologymembrane formationmolecular biologymembrane biologyinducible membranesbiochemical sciencesgeneticsmolecular cell biologybiotechnologygenome biologystructural biologybiological engineeringstructural molecular biologysynthetic biologycellular biologylipid biosynthesisfunctional regulation

Induction of Secretory Pathway Components in Yeast is Associated With Increased Stability of Their Mrna. The Journal of Cell Biology (2002)

Maureen HydeLaura Block-AlperJahaira FelixPaul WebsterDavid I. Meyer

geneticssignaling pathwaysgene expressioncellular biologyyeastsecretory pathwaygene regulationcell biologystabilitysignal transductionmolecular biologysecretory pathway components

Assignment Footref Rid="Foot01" Sup 1 /Sup /Footref of β-Centractin (Ctrn2) to Human Chromosome 2 Bands Q11.1→Q11.2 With Somatic Cell Hybrids and in Situ Hybridization. Cytogenetic and Genome Research (1999)

S.H. ElseaI.B. ClarkR.C. JuyalD.J. MeyerD.I. MeyerP.I. Patel

geneticshuman geneticspopulation geneticschromosome biologycell biologycytogeneticsgenomicssitu hybridizationgenome biologymolecular biologysomatic cell hybrids

Expression of the 180-Kd Ribosome Receptor Induces Membrane Proliferation and Increased Secretory Activity in Yeast. The Journal of Cell Biology (1999)

Frank BeckerLaura Block-AlperGerald NakamuraJosephine HaradaK. Dane WittrupDavid I. Meyer

tumor biologygene expressionhost responsecellular biologyyeastcell biologyimmunologymembrane biologysecretory activitymolecular biology

Interaction of the P62 Subunit of Dynactin With Arp1 and the Cortical Actin Cytoskeleton. Current Biology (1999)

Jorge A. GarcesImran B. ClarkDavid I. MeyerRichard B. Vallee

cytoskeletoncell biologyprotein sciencemuscle functionneurosciencepharmacologymembrane biologycortical actin cytoskeleton

Overexpression of Normal and Mutant Arp1α (Centractin) Differentially Affects Microtubule Organization During Mitosis and Interphase. Journal of Cell Science (1999)

Imran B. ClarkDavid I. Meyer

cell biologyprotein scienceneurosciencegene expressionmolecular physiologycell biomechanicsmolecular and cellular biologymicrotubule organizationcell physiologymembrane biologygeneticscytoskeletonmolecular cell biologycell researchcell and molecular biologyprotein transportcell interactionscellular biologycellular physiology

Receptor-Mediated Ribosome Binding to Liposomes Depends on Lipid Composition. Journal of Biological Chemistry (1997)

Adam J. SavitzDavid I. Meyer

lipid sciencebiological chemistrybiochemistrypharmacologymembrane biologyreceptor-mediated ribosome bindinglipid compositionmolecular biology

The Refolding Activity of the Yeast Heat Shock Proteins Ssa1 and Ssa2 Defines Their Role in Protein Translocation.. The Journal of Cell Biology (1996)

G L BushD I Meyer

protein refoldingprotein sciencecell biologyheat transferrefolding activityphysiologymolecular biologyprotein translocation

Functional Characterization of the 180-Kd Ribosome Receptor in Vivo.. The Journal of Cell Biology (1995)

E E WankerY SunA J SavitzD I Meyer

cellular physiologyreceptorsfunctional characterizationmolecular and cellular biologycellular biologycell biologyprotein sciencemembrane biologyphysiologycell and molecular biologymolecular biologyprotein functionstructural biology

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David I. Meyer

Professor Emeritus Biological Chemistry; Co-Leader Pilot and Collaborative Translational Clinical Studies Program; Member Institutional Steering Committee CTSI

University of California, Los Angeles

Affiliations

David Geffen School of Medicine

Biological Chemistry

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David I. Meyer

University of California, Los Angeles

Professor Emeritus Biological Chemistry; Co-Leader Pilot and Collaborative Translational Clinical Studies Program; Member Institutional Steering Committee CTSI

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Knockdown of P180 Eliminates the Terminal Differentiation of a Secretory Cell Line. Molecular Biology of the Cell (2008)

Payam BenyaminiPaul WebsterDavid I. Meyer

inflammationmolecular cell biologycell biologyterminal differentiationmolecular biologysecretory cell line

In02, a Positive Regulator of Lipid Biosynthesis, is Essential for the Formation of Inducible Membranes in Yeast. Molecular Biology of the Cell (2002)

Laura Block-AlperPaul WebsterXianghong ZhouLubica SupekováWing Hung WongPeter G. SchultzDavid I. Meyer

Induction of Secretory Pathway Components in Yeast is Associated With Increased Stability of Their Mrna. The Journal of Cell Biology (2002)

Maureen HydeLaura Block-AlperJahaira FelixPaul WebsterDavid I. Meyer

geneticssignaling pathwaysgene expressioncellular biologyyeastsecretory pathwaygene regulationcell biologystabilitysignal transductionmolecular biologysecretory pathway components

S.H. ElseaI.B. ClarkR.C. JuyalD.J. MeyerD.I. MeyerP.I. Patel

geneticshuman geneticspopulation geneticschromosome biologycell biologycytogeneticsgenomicssitu hybridizationgenome biologymolecular biologysomatic cell hybrids

Expression of the 180-Kd Ribosome Receptor Induces Membrane Proliferation and Increased Secretory Activity in Yeast. The Journal of Cell Biology (1999)

Frank BeckerLaura Block-AlperGerald NakamuraJosephine HaradaK. Dane WittrupDavid I. Meyer

tumor biologygene expressionhost responsecellular biologyyeastcell biologyimmunologymembrane biologysecretory activitymolecular biology

Interaction of the P62 Subunit of Dynactin With Arp1 and the Cortical Actin Cytoskeleton. Current Biology (1999)

Jorge A. GarcesImran B. ClarkDavid I. MeyerRichard B. Vallee

cytoskeletoncell biologyprotein sciencemuscle functionneurosciencepharmacologymembrane biologycortical actin cytoskeleton

Overexpression of Normal and Mutant Arp1α (Centractin) Differentially Affects Microtubule Organization During Mitosis and Interphase. Journal of Cell Science (1999)

Imran B. ClarkDavid I. Meyer

Receptor-Mediated Ribosome Binding to Liposomes Depends on Lipid Composition. Journal of Biological Chemistry (1997)

Adam J. SavitzDavid I. Meyer

lipid sciencebiological chemistrybiochemistrypharmacologymembrane biologyreceptor-mediated ribosome bindinglipid compositionmolecular biology

The Refolding Activity of the Yeast Heat Shock Proteins Ssa1 and Ssa2 Defines Their Role in Protein Translocation.. The Journal of Cell Biology (1996)

G L BushD I Meyer

protein refoldingprotein sciencecell biologyheat transferrefolding activityphysiologymolecular biologyprotein translocation

Functional Characterization of the 180-Kd Ribosome Receptor in Vivo.. The Journal of Cell Biology (1995)

E E WankerY SunA J SavitzD I Meyer

1
2
3
4
5
6
7
10 / page

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neurovirology

infectious diseases

William Nelson

Institution

Stanford University

cellular differentiation

cell migration

Charles R. Sanders

Institution

Vanderbilt University

protein misfolding

membrane protein

Jian-Ping Jin

Institution

Wayne State University

mechanical tension regulation

protein structure-function relationships

William Guggino

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Johns Hopkins University

membrane biology

cell biology

James Spudich

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Stanford University

molecular biology

cell biology

Kermit Carraway

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pharmacological research

toxicological mechanism

Vann Bennett

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Duke University

membrane biology

cell biology

Colin G. Nichols

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membrane transport

electrophysiology

Kathleen L. Gould

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molecular biology

mass spectrometry-based proteomics