Faculty

Institution

Unit

Venue

Stuart Feinstein

Professor

University of California, Santa Cruz

Affiliations

Physical & Biological Sciences

Molecular, Cell, & Developmental Biology

Stuart Feinstein is currently serving as a Molecular, Cell, & Developmental Biology Professor at University of California, Santa Cruz.

Honors

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Experiences

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Education

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Stuart Feinstein

University of California, Santa Cruz

Professor

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neuroscience structural biology protein science cell biology membrane biology neurology molecular biology molecular biophysics cytoskeleton experimental biophysics protein transport molecular physiology structural molecular biology protein function mammalian biology medicinal research protein assembly neuroanatomy gene expression microtubule dynamics neuropharmacology molecular neurobiology neurophysiology molecular cell biology cellular physiology cellular biochemistry molecular science pharmacotherapy neuroprotection peripheral nervous system biomolecular interactions cancer treatment tumor targeting cellular neurobiology brain science neural science protein misfolding cancer biology chemotherapy-induced peripheral neuropathy molecular neurodegeneration neuroinflammation peripheral nerve injuries surface reactivity protein expression functional modification human sciences cell biomechanics peptide assembly peripheral neuropathy neuroradiology peptide science peptides biomolecular structure cell death viral genetics viral oncology gene function mutagenesis experimental analysis interfacial studies neurochemistry biocybernetics remedial action cellular biology tau function neurite outgrowth atomic force microscope taxol-stabilized microtubules microtubule assembly coordinate induction assembly-promoting factors inter-repeat region rat forebrain mature expression trka protein dorsal horn projections biophysics molecular and cellular biology cell biophysics biomedical research cell and molecular biology nature method cellular structure biophysical review protein biochemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Phase Separation Studies of Anionic Lipids and Tau in Biologically Relevant Conditions. Biophysical Journal (2022)

Christine TchounwouDylan LasherBretton FletcherRebecca L. BestHerb P. MillerLeslie WilsonS.C. FeinsteinCyrus R. Safinya

physiologybiophysicsanionic lipidsphase separation studiesmembrane biologyphase separationneuroscience

Liquid-Liquid Phase Separation Studies of Anionic Liposomes Complexed With Microtubule-Associated Protein Tau. Biophysical Journal (2021)

Christine TchounwouDylan LasherArjun BhaduriRebecca L. BestLeslie WilsonS.C. FeinsteinCyrus R. Safinya

biophysicsmolecular biophysicsproteomicsmicrotubule-associated protein tauexperimental biophysicsnanoparticle researchanionic liposomesmembrane biologystructural biologyphase separationnanotechnologyneurosciencecell biology

Assessing the Utility of in Vitro Microtubule Assays for Studying Mechanisms of Peripheral Neuropathy With the Microtubule Inhibitor Class of Cancer Chemotherapy. Chemico-Biological Interactions (2019)

C. GenualdiS.C. FeinsteinL. WilsonM.A. JordanN.J. Stagg

nanomedicinemicrotubule inhibitor classtreatment developmentperipheral neuropathyin vitro toxicologymedicinetumor targetingbiomolecular interactionsneuropharmacologyneuroscienceneuromodulation (medicine)peripheral nervous systemvitro microtubule assayscancer researchcancer immunotherapycancer chemotherapymedical mycologypharmacologyoncologymedicinal researchcellular therapyexperimental medicine

Condensation of Divalent Metail Ions by Map-Tau Remodels Tau-Microtubule Bundle Architecture. Biophysical Journal (2019)

Bretton FletcherChaeyeon SongPhillip KohlPeter J. ChungHerbert MillerYouli LiMyung Chul ChoiLeslie WilsonStuart C. FeinsteinCyrus R. Safinya

molecular biophysicsbiophysicsexperimental biophysicscondensed matter physicscondensed matterdivalent metail ionsstructural biologyneurosciencecell biology

Higher Order Assembly Structures of Human Tau and Microtubules Regulated by Ionic Strength. Biophysical Journal (2019)

Hasaeam ChoJimin LeeJuncheol LeeHerbert P. MillerKeong Sik JinLeslie WilsonStuart C. FeinsteinCyrus R. SafinyaMyung Chul Choi

supramolecular assembliesmolecular biophysicsbiophysicsprotein assemblyhuman taumathematical biophysicsionic strengthmembrane biologystructural biologyprotein scienceneurosciencecell biology

Minireview - Microtubules and Tubulin Oligomers: Shape Transitions and Assembly by Intrinsically Disordered Protein Tau and Cationic Biomolecules. Langmuir (2019)

Cyrus R. SafinyaPeter J. ChungChaeyeon SongYouli LiHerbert P. MillerMyung Chul ChoiUri RavivKai K. EwertLeslie WilsonStuart C. Feinstein

materials sciencebiophysicsprotein assemblytubulin oligomersprotein taucationic biomoleculesstructural biologyprotein scienceneuroscienceshape transitions

Tau Isoform–Specific Stabilization of Intermediate States During Microtubule Assembly and Disassembly. Journal of Biological Chemistry (2019)

Rebecca L. BestNichole E. LaPointeJiahao LiangKevin RuanMadeleine F. ShadeLeslie WilsonStuart C. Feinstein

integrative biologyprotein functionbiological chemistrybiochemistryintermediate statesprotein transporttau isoform-specific stabilizationstructural biologybiochemical sciencesprotein sciencemembrane biologyprotein foldingmolecular biophysicsprotein assemblymolecular physiologysupramolecular assembliesbiophysicsmolecular biologystructural molecular biologysignal transduction

The Effect of Site-Specific Acetylation Based Tau Mutations on Tau-Microtubule Associations. Biophysical Journal (2019)

Christine TchounwouBretton FletcherChaeyeon SongPhillip A. KohlPeter J. ChungHerb P. MillerYouli LiMyung-Chul ChoiLeslie WilsonStuart C. FeinsteinCyrus R. Safinya

biophysical chemistrymolecular biophysicsbiophysicssite-specific acetylationexperimental biophysicsmedical biophysicsgeneticsmolecular neurosciencetau mutationsmembrane biologystructural biologyprotein scienceneurosciencebiophysical aspectbiophysical modeling

Comparison Between 102K and 20K Poly(Ethylene Oxide) Depletants in Osmotic Pressure Measurements of Interfilament Forces in Cytoskeletal Systems. ACS Macro Letters (2018)

Peter J. ChungChaeyeon SongJoanna DeekHerbert P. MillerYouli LiMyung Chul ChoiLeslie WilsonStuart C. FeinsteinCyrus R. Safinya

materials scienceexperimental biophysicsinterfilament forcesmembrane scienceosmotic pressure measurementssurface reactivityexperimental analysiscytoskeletal systemspolymer chemistryinterfacial studiesprotein sciencedeformationpolymer testingbiomechanicsmechanical sciencebiophysicssurface sciencebenchmark studiespolymer scienceneuroscience

Differential Morphological and Biochemical Recovery From Chemotherapy-Induced Peripheral Neuropathy Following Paclitaxel, Ixabepilone, or Eribulin Treatment in Mouse Sciatic Nerves. Neurotoxicity Research (2018)

B. M. CookK. M. WozniakD. A. ProctorR. B. BrombergY. WuB. S. SlusherB. A. LittlefieldM. A. JordanL. WilsonStuart C. Feinstein

rehabilitationmouse sciatic nervesbiochemical recoverynervous systemneurologyneuroprotectionperipheral nerve injuriesneuropharmacologyneuroanatomybrain injurychemotherapy-induced peripheral neuropathyperipheral nervous systemspinal cord medicineneurorehabilitationnanotoxicologypain researchneurochemistrypharmacotherapymedicinal researchneuroscienceneurophysiology

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Stuart Feinstein

Professor

University of California, Santa Cruz

Affiliations

Physical & Biological Sciences

Molecular, Cell, & Developmental Biology

Stuart Feinstein is currently serving as a Molecular, Cell, & Developmental Biology Professor at University of California, Santa Cruz.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Stuart Feinstein

University of California, Santa Cruz

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Phase Separation Studies of Anionic Lipids and Tau in Biologically Relevant Conditions. Biophysical Journal (2022)

Christine TchounwouDylan LasherBretton FletcherRebecca L. BestHerb P. MillerLeslie WilsonS.C. FeinsteinCyrus R. Safinya

physiologybiophysicsanionic lipidsphase separation studiesmembrane biologyphase separationneuroscience

Liquid-Liquid Phase Separation Studies of Anionic Liposomes Complexed With Microtubule-Associated Protein Tau. Biophysical Journal (2021)

Christine TchounwouDylan LasherArjun BhaduriRebecca L. BestLeslie WilsonS.C. FeinsteinCyrus R. Safinya

C. GenualdiS.C. FeinsteinL. WilsonM.A. JordanN.J. Stagg

Condensation of Divalent Metail Ions by Map-Tau Remodels Tau-Microtubule Bundle Architecture. Biophysical Journal (2019)

Bretton FletcherChaeyeon SongPhillip KohlPeter J. ChungHerbert MillerYouli LiMyung Chul ChoiLeslie WilsonStuart C. FeinsteinCyrus R. Safinya

molecular biophysicsbiophysicsexperimental biophysicscondensed matter physicscondensed matterdivalent metail ionsstructural biologyneurosciencecell biology

Higher Order Assembly Structures of Human Tau and Microtubules Regulated by Ionic Strength. Biophysical Journal (2019)

Hasaeam ChoJimin LeeJuncheol LeeHerbert P. MillerKeong Sik JinLeslie WilsonStuart C. FeinsteinCyrus R. SafinyaMyung Chul Choi

supramolecular assembliesmolecular biophysicsbiophysicsprotein assemblyhuman taumathematical biophysicsionic strengthmembrane biologystructural biologyprotein scienceneurosciencecell biology

Minireview - Microtubules and Tubulin Oligomers: Shape Transitions and Assembly by Intrinsically Disordered Protein Tau and Cationic Biomolecules. Langmuir (2019)

Cyrus R. SafinyaPeter J. ChungChaeyeon SongYouli LiHerbert P. MillerMyung Chul ChoiUri RavivKai K. EwertLeslie WilsonStuart C. Feinstein

materials sciencebiophysicsprotein assemblytubulin oligomersprotein taucationic biomoleculesstructural biologyprotein scienceneuroscienceshape transitions

Tau Isoform–Specific Stabilization of Intermediate States During Microtubule Assembly and Disassembly. Journal of Biological Chemistry (2019)

Rebecca L. BestNichole E. LaPointeJiahao LiangKevin RuanMadeleine F. ShadeLeslie WilsonStuart C. Feinstein

The Effect of Site-Specific Acetylation Based Tau Mutations on Tau-Microtubule Associations. Biophysical Journal (2019)

Christine TchounwouBretton FletcherChaeyeon SongPhillip A. KohlPeter J. ChungHerb P. MillerYouli LiMyung-Chul ChoiLeslie WilsonStuart C. FeinsteinCyrus R. Safinya

Comparison Between 102K and 20K Poly(Ethylene Oxide) Depletants in Osmotic Pressure Measurements of Interfilament Forces in Cytoskeletal Systems. ACS Macro Letters (2018)

Peter J. ChungChaeyeon SongJoanna DeekHerbert P. MillerYouli LiMyung Chul ChoiLeslie WilsonStuart C. FeinsteinCyrus R. Safinya

B. M. CookK. M. WozniakD. A. ProctorR. B. BrombergY. WuB. S. SlusherB. A. LittlefieldM. A. JordanL. WilsonStuart C. Feinstein

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gene replacement therapies

degenerative disease

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