Faculty

Institution

Unit

Venue

Thomas Pollard

Sterling Professor Emeritus of Molecular Cellular and Developmental Biology

Yale University

Affiliations

Cell Biology

Thomas Pollard is currently serving as a Cell Biology Sterling Professor Emeritus of Molecular Cellular and Developmental Biology at Yale University.

Honors

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Experiences

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Education

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Thomas Pollard

Yale University

Sterling Professor Emeritus of Molecular Cellular and Developmental Biology

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cell biology structural biology molecular biology biophysics protein science biochemistry membrane biology yeast protein structure cellular biology molecular cell biology structural molecular biology molecular and cellular biology cell and molecular biology biological chemistry gene expression enzymes molecular biophysics actin filaments fission yeast cell motility cellular physiology biomolecular interactions protein assembly protein function biomolecular structure cell biomechanics biochemical sciences experimental biophysics actin polymerization cell research vascular biology molecular regulation cellular biochemistry mammalian biology protein transport molecular science biopolymers cell regulation molecular physiology cell biophysics bone research supramolecular assemblies protein chemistry protein purification protein expression acanthamoeba profilin integrative biology protein phosphorylation cell physiology cellular structure actin filament networks genome biology cytogenetics actuation conformational studies acanthamoeba castellanii cytokinetic contractile ring molecular complexes crystal structures mechanisms of action polymerization kinetics biological inorganic chemistry intracellular trafficking gene regulation actin-binding proteins actin monomers actin filament severing multi-protein assembly coordination complex rate constants acanthamoeba actophorin microtubule-associated proteins structural basis cytokinetic contractile barbed end cytoskeletal dynamics cytoskeleton systems biology biophysical review

Notable Scholarly Works

Notable Federal Grants

Collaborators

Freezing Alters the Conformational Ensemble of Actin Filaments in Molecular Dynamics Simulations. Biophysical Journal (2024)

Sahithya Sridharan IyerThomas D. PollardGregory A. Voth

physiologycomputational biophysicsmolecular dynamics simulationsmolecular biophysicsbiophysicsexperimental biophysicssystems biologyconformational ensembleconformational studiesactin filamentsfreeze-thaw cycling

Mechanism of Phosphate Release From Actin Filaments. Proceedings of the National Academy of Sciences (2024)

Yihang WangJiangbo WuVilmos ZsolnayThomas D. PollardGregory A. Voth

materials sciencemechanisms of actionphosphate releaseprotein structurehuman sciencesliver physiologyprotein transportintracellular traffickingmechanotransductionstructural biologyprotein sciencebone researchmembrane biologypeptide sciencemembrane proteinstumor biologybiophysicsredox biologymolecular biologyactin filaments

Publisher Correction: Cryo-Em Structures Reveal How Phosphate Release From Arp3 Weakens Actin Filament Branches Formed by Arp2/3 Complex. Nature Communications (2024)

Sai Shashank ChavaliSteven Z. ChouWenxiang CaoThomas D. PollardEnrique M. De La CruzCharles V. Sindelar

materials sciencebiophysicspublisher correctionphosphate releaseprotein structurecryo-em structuresactin filament branchesfragmentation effectstructural biologyprotein sciencecell biology

Tardive Dyskinesia and Covid-19 Vaccination. is There a Relation?:. Arcades of Medicine (2024)

Mohamed EltohamyTabitha pollard

public healthmedicinecovid-19vaccinationtardive dyskinesiahealth sciences

Cryo-Em Structures of Both Ends of the Actin Filament Explain Why the Barbed End Elongates Faster Than the Pointed End. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Steven Z. ChouThomas D. Pollard

biophysicspointed endprotein structurebiologycryo-em structuresstructural biologybarbed endprotein sciencecell biology

Discovery of the First Unconventional Myosin: Acanthamoeba Myosin-I. Frontiers in Physiology (2023)

Thomas D. PollardEdward D. Korn

physiologyphysiological researchbiologyplant physiologyacanthamoeba myosin-ihuman biologycell biology

The Proline‐Rich Domain of Fission Yeast Wasp (Wsp1P) Interacts With Actin Filaments and Inhibits Actin Polymerization. FEBS Letters (2023)

Aaron D. RosenbloomThomas D. Pollard

liver physiologygene expressionyeastprotein functionbiotransformationproline-rich domaincell signalingintracellular traffickinggeneticsmammalian biologyenzymesin vivo systemsmolecular biologyactin filamentsstructural biologyprotein scienceprotein foldingbiochemistry

Decision Letter: Myosin II Regulatory Light Chain Phosphorylation and Formin Availability Modulate Cytokinesis Upon Changes in Carbohydrate Metabolism. (2022)

Thomas D Pollard

metabolismmetabolic regulationcarbohydrate metabolismbiochemistry

Interaction of the Proline-Rich Domain of Fission Yeast Wasp (Ws1P1) With Actin Filaments. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Aaron D. RosenbloomThomas D. Pollard

biomolecular interactionsproline-rich domainyeastgeneticsmolecular biologyactin filamentsdevelopmental biologystructural biologyprotein sciencemembrane biologyfission yeast wasp

Landmarks in the Discovery of a Role for Actin in Cell Locomotion. Molecular Biology of the Cell (2022)

Thomas D. Pollard

biologymolecular and cellular biologymolecular biologycell locomotioncellular biologycell biology

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Thomas Pollard

Sterling Professor Emeritus of Molecular Cellular and Developmental Biology

Yale University

Affiliations

Cell Biology

Thomas Pollard is currently serving as a Cell Biology Sterling Professor Emeritus of Molecular Cellular and Developmental Biology at Yale University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas Pollard

Yale University

Sterling Professor Emeritus of Molecular Cellular and Developmental Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Freezing Alters the Conformational Ensemble of Actin Filaments in Molecular Dynamics Simulations. Biophysical Journal (2024)

Sahithya Sridharan IyerThomas D. PollardGregory A. Voth

Mechanism of Phosphate Release From Actin Filaments. Proceedings of the National Academy of Sciences (2024)

Yihang WangJiangbo WuVilmos ZsolnayThomas D. PollardGregory A. Voth

Publisher Correction: Cryo-Em Structures Reveal How Phosphate Release From Arp3 Weakens Actin Filament Branches Formed by Arp2/3 Complex. Nature Communications (2024)

Sai Shashank ChavaliSteven Z. ChouWenxiang CaoThomas D. PollardEnrique M. De La CruzCharles V. Sindelar

materials sciencebiophysicspublisher correctionphosphate releaseprotein structurecryo-em structuresactin filament branchesfragmentation effectstructural biologyprotein sciencecell biology

Tardive Dyskinesia and Covid-19 Vaccination. is There a Relation?:. Arcades of Medicine (2024)

Mohamed EltohamyTabitha pollard

public healthmedicinecovid-19vaccinationtardive dyskinesiahealth sciences

Cryo-Em Structures of Both Ends of the Actin Filament Explain Why the Barbed End Elongates Faster Than the Pointed End. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Steven Z. ChouThomas D. Pollard

biophysicspointed endprotein structurebiologycryo-em structuresstructural biologybarbed endprotein sciencecell biology

Discovery of the First Unconventional Myosin: Acanthamoeba Myosin-I. Frontiers in Physiology (2023)

Thomas D. PollardEdward D. Korn

physiologyphysiological researchbiologyplant physiologyacanthamoeba myosin-ihuman biologycell biology

The Proline‐Rich Domain of Fission Yeast Wasp (Wsp1P) Interacts With Actin Filaments and Inhibits Actin Polymerization. FEBS Letters (2023)

Aaron D. RosenbloomThomas D. Pollard

Decision Letter: Myosin II Regulatory Light Chain Phosphorylation and Formin Availability Modulate Cytokinesis Upon Changes in Carbohydrate Metabolism. (2022)

Thomas D Pollard

metabolismmetabolic regulationcarbohydrate metabolismbiochemistry

Interaction of the Proline-Rich Domain of Fission Yeast Wasp (Ws1P1) With Actin Filaments. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Aaron D. RosenbloomThomas D. Pollard

biomolecular interactionsproline-rich domainyeastgeneticsmolecular biologyactin filamentsdevelopmental biologystructural biologyprotein sciencemembrane biologyfission yeast wasp

Landmarks in the Discovery of a Role for Actin in Cell Locomotion. Molecular Biology of the Cell (2022)

Thomas D. Pollard

biologymolecular and cellular biologymolecular biologycell locomotioncellular biologycell biology

1
2
3
4
5
41
10 / page

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Northwestern University

cell biology

structural biology

Harold P. Erickson

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Duke University

structural biology

molecular biology

David G. Drubin

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University of California, Berkeley

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Timothy Mitchison

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cell division

cancer cell

Pietro De Camilli

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James Spudich

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