Faculty

Institution

Unit

Venue

Ahmet Yildiz

Professor

University of California, Berkeley

Affiliations

College of Letters & Science

Biological Sciences

Mathematical & Physical Sciences

Biological Sciences

Molecular and Cell Biology

Mathematical & Physical Sciences

Physics

Ahmet Yildiz is currently serving as a Biological Sciences Professor at University of California, Berkeley.

Honors

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Experiences

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Education

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Ahmet Yildiz

University of California, Berkeley

Professor

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biophysics neuroscience cell biology molecular biology biomechanics structural biology molecular biophysics membrane biology protein science motor control molecular motors cytoskeleton cellular physiology experimental biophysics cell biomechanics cytoplasmic dynein cell signaling protein transport biophysical review cell motility virus research cell biophysics crispr chromosome biology molecular regulation protein function dynein motility author response cellular biochemistry mammalian biology genome biology macromolecular machines viral structural protein biophysical modeling single-molecule detection theoretical biology biological chemistry molecular cell biology enzyme inhibition general virology cytogenetics cell-matrix interactions cell regulation aerobiology single molecules biomolecular interactions single molecule biophysics computational biophysics faster movement bidirectional helical motility single-molecule analysis dna binding biological macromolecules biomedical imaging nature science advance novel imaging methods sensor technology sensor arrays viral diagnostics sensor design cell interactions host specificity legged robots bipedal locomotion charge carrier transport membrane transport myosin v step size single fluorophore kinesin dimer single kinesin heads kinesin walks hand-over-hand dynein processivity nanometer accuracy fluorescence technique cellular structure motor activity mitochondrial transport

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Force-Sensitive Mutation Reveals a Non-Canonical Role for Dynein in Anaphase Progression. The Journal of Cell Biology (2024)

David Salvador-GarciaLi JinAndrew HensleyMert GölcükEmmanuel GallaudSami ChaabanFillip PortAlessio VagnoniVicente José Planelles-HerreroMark A. McClintockEmmanuel DeriveryAndrew P. CarterRégis GietMert GürAhmet YildizSimon L. Bullock

anaphase progressiongeneticsmolecular biologynon-canonical roleforce-sensitive mutationmembrane biologycell biology

Molecular Interplay Between Hurp and Kif18A in Mitotic Spindle Regulation. Research Square (Research Square) (2024)

Eva NogalesJuan Perez-BertoldiYuanchang ZhaoAkanksha ThawaniAhmet Yildiz

geneticsmolecular interplaymembrane biologymitotic spindle regulationprotein scienceneurosciencecell biology

Molecular Mechanisms and Energetics Underlying the Dynein Priming Stroke. Biophysical Journal (2024)

Mert GölcükSema Z. YilmazAhmet YildizMert Gur

neurologymolecular biophysicsbiophysicsbiophysical reviewmolecular mechanismsmolecular neurosciencemolecular neurobiologystrokebioenergeticsneuroscience

Multicolor Tracking of Molecular Motors at Nanometer Resolution. Methods in molecular biology (2024)

Joseph SlivkaAhmet Yildiz

nanometer resolutionbiophysicsmulticolor trackingmolecular biologynanotechnology

The Activation of the Dynein Transport Machinery by Lis1 and Nde1. Biophysical Journal (2024)

Yuanchang ZhaoSena OtenAhmet Yildiz

physiologybiophysicsprotein transportdynein transport machinerysignal transductionneuroscience

The Mechanism and Energetics of the Dynein Priming Stroke. Structure (2024)

Mert GolcukSema Zeynep YilmazAhmet YildizMert Gur

neurologystructural biologystrokeneuroscienceneuroanatomycell biology

Torques Within and Outside the Human Spindle Balance Twist at Anaphase. The Journal of Cell Biology (2024)

Lila NeahringNathan H. ChoYifei HeGaoxiang LiuJonathan FernandesCaleb J. RuxKonstantinos NakosRadhika SubramanianSrigokul UpadhyayulaAhmet YildizSophie Dumont

physiologykinesiologycell biomechanicsmotor controlhuman biologystructural biologybiomechanicsbalancecell biology

A Force-Sensitive Mutation Reveals a Spindle Assembly Checkpoint-Independent Role for Dynein in Anaphase Progression. bioRxiv (Cold Spring Harbor Laboratory) (2023)

dermatologyanaphase progressionhematologymolecular neurosciencemolecular biologymembrane biologyforce-sensitive mutationneuroscience

Author Reply to Peer Reviews of a Force-Sensitive Mutation Reveals a Spindle Assembly Checkpoint-Independent Role for Dynein in Anaphase Progression. (2023)

David Salvador-GarciaLi JinAndrew HensleyMerk GolcukEmmanuel GallaudSami ChaabanFillip PortAlessio VagnoniVicente J Planelles-HerreroMark A McClintockEmmanuel DeriveryAndrew P CarterRegis GIETMert GurAhmet YildizSimon L Bullock

neurologyanaphase progressionauthor replyforce-sensitive mutationtumor biologyneurosciencecell biology

Dyneins. Current Biology (2023)

Ahmet YildizYuanchang Zhao

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Ahmet Yildiz

Professor

University of California, Berkeley

Affiliations

College of Letters & Science

Biological Sciences

Mathematical & Physical Sciences

Biological Sciences

Molecular and Cell Biology

Mathematical & Physical Sciences

Physics

Ahmet Yildiz is currently serving as a Biological Sciences Professor 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

Ahmet Yildiz

University of California, Berkeley

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Force-Sensitive Mutation Reveals a Non-Canonical Role for Dynein in Anaphase Progression. The Journal of Cell Biology (2024)

anaphase progressiongeneticsmolecular biologynon-canonical roleforce-sensitive mutationmembrane biologycell biology

Molecular Interplay Between Hurp and Kif18A in Mitotic Spindle Regulation. Research Square (Research Square) (2024)

Eva NogalesJuan Perez-BertoldiYuanchang ZhaoAkanksha ThawaniAhmet Yildiz

geneticsmolecular interplaymembrane biologymitotic spindle regulationprotein scienceneurosciencecell biology

Molecular Mechanisms and Energetics Underlying the Dynein Priming Stroke. Biophysical Journal (2024)

Mert GölcükSema Z. YilmazAhmet YildizMert Gur

neurologymolecular biophysicsbiophysicsbiophysical reviewmolecular mechanismsmolecular neurosciencemolecular neurobiologystrokebioenergeticsneuroscience

Multicolor Tracking of Molecular Motors at Nanometer Resolution. Methods in molecular biology (2024)

Joseph SlivkaAhmet Yildiz

nanometer resolutionbiophysicsmulticolor trackingmolecular biologynanotechnology

The Activation of the Dynein Transport Machinery by Lis1 and Nde1. Biophysical Journal (2024)

Yuanchang ZhaoSena OtenAhmet Yildiz

physiologybiophysicsprotein transportdynein transport machinerysignal transductionneuroscience

The Mechanism and Energetics of the Dynein Priming Stroke. Structure (2024)

Mert GolcukSema Zeynep YilmazAhmet YildizMert Gur

neurologystructural biologystrokeneuroscienceneuroanatomycell biology

Torques Within and Outside the Human Spindle Balance Twist at Anaphase. The Journal of Cell Biology (2024)

Lila NeahringNathan H. ChoYifei HeGaoxiang LiuJonathan FernandesCaleb J. RuxKonstantinos NakosRadhika SubramanianSrigokul UpadhyayulaAhmet YildizSophie Dumont

physiologykinesiologycell biomechanicsmotor controlhuman biologystructural biologybiomechanicsbalancecell biology

A Force-Sensitive Mutation Reveals a Spindle Assembly Checkpoint-Independent Role for Dynein in Anaphase Progression. bioRxiv (Cold Spring Harbor Laboratory) (2023)

dermatologyanaphase progressionhematologymolecular neurosciencemolecular biologymembrane biologyforce-sensitive mutationneuroscience

Author Reply to Peer Reviews of a Force-Sensitive Mutation Reveals a Spindle Assembly Checkpoint-Independent Role for Dynein in Anaphase Progression. (2023)

neurologyanaphase progressionauthor replyforce-sensitive mutationtumor biologyneurosciencecell biology

Dyneins. Current Biology (2023)

Ahmet YildizYuanchang Zhao

1
2
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5
10
10 / page

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hierarchical assembly

pattern formation

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