Faculty

Institution

Unit

Venue

Thuy P Dao

Lab Manager

Syracuse University

Affiliations

College of Arts and Sciences

Chemistry

Thuy P Dao is currently serving as a Chemistry Lab Manager at Syracuse University.

Honors

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Experiences

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Education

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Thuy P Dao

Syracuse University

Lab Manager

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molecular biology biophysics structural biology protein structure molecular biophysics protein science phase separation genetics protein folding structural molecular biology membrane biology molecular science materials science biomolecular structure enzyme inhibition liquid-liquid phase separation amyotrophic lateral sclerosis major regulators als-linked mutations thin films functional materials physical chemistry molecular cell biology molecular structure material chemistry electronic materials solid-state electronics active control scientometrics mathematical sciences nuclear science biological macromolecules applied microbiology fragmentation effect solid-state chemistry in vivo systems protein structure prediction protein modeling cancer genetics cancer biology polymerization kinetics bioconjugation advanced separations protein phase separation protein assembly protein nmr medical biophysics protein misfolding molecular substrates experimental biophysics yeast molecular basis molecular self-assembly multivalent interactions high-resolution mapping ubiquitin-modulated phase separation shuttle proteins leucine-rich repeat domain c-terminal transition state local stability adjacent repeats pathogenic mutations global protein conformations cancer mutations inter-compartmental hops ubiquitin units

Notable Scholarly Works

Notable Federal Grants

Collaborators

Molecular Basis for Yeast Ubiquilin Dsk2 Self-Association and Phase Separation. Biophysical Journal (2024)

Nirbhik AcharyaThuy P. DaoErica MallonErin MulveyDan KrautCarlos A. Castaneda

geneticsbiophysical chemistrymembrane biologymolecular self-assemblybiophysicsstructural biologymolecular biologymolecular sciencephase separationyeastmolecular basismolecular biophysics

Pathogenic Mutations in Ubqln2 Exhibit Diverse Aggregation Propensity and Neurotoxicity. Scientific Reports (2024)

Nathaniel SafrenThuy P DaoHarihar Milaganur MohanCamellia HuangBryce TrotterCarlos A CastañedaHenry PaulsonSami BarmadaLisa M Sharkey

geneticspathologyneurologypathogenesispathogenic mutations

Phase Separation of Polyubiquitinated Proteins in Ubqln2 Condensates Controls Substrate Fate. Proceedings of the National Academy of Sciences (2024)

Isabella M. ValentinoJeniffer G. Llivicota-GuamanThuy P. DaoErin O. MulveyAndrew M. LehmanSarasi K. K. GalagederaErica L. MallonCarlos A. CastañedaDaniel A. Kraut

structural biologymolecular biologyphase separationpolyubiquitinated proteins

Short, Disordered N-Termini and the Proline-Rich Region Are Major Regulators of Ubqln1, Ubqln2 and Ubqln4 Phase Transitions. Biophysical Journal (2024)

Thuy P. DaoAnitha RajendranSarasi GalagederaWilliam HawsCarlos A. Castaneda

biophysical chemistryplant scienceproline-rich regionbiophysicsmajor regulatorsbiochemistrymolecular biologymolecular biophysics

Decoding Optimal Ligand Design for Multicomponent Condensates. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Sarasi K. K. GalagederaThuy P. DaoSuzanne E. EnosAntara ChaudhuriJeremy D. SchmitCarlos A. Castañeda

pharmacologymedicinal chemistryoptimal ligand designmolecular biologybiomolecular engineeringmulticomponent condensates

Ion Mobility Mass Spectrometry Unveils Global Protein Conformations in Response to Conditions That Promote and Reverse Liquid–Liquid Phase Separation. Journal of the American Chemical Society (2023)

Christina Glen RobbThuy P. DaoJakub UjmaCarlos A. CastañedaRebecca Beveridge

materials sciencechemical engineeringbiophysicsproteomicsmass spectrometryliquid-liquid phase separationanalytical chemistryprotein scienceglobal protein conformations

Polyubiquitin Ligand-Induced Phase Transitions Are Optimized by Spacing Between Ubiquitin Units. Proceedings of the National Academy of Sciences (2023)

Sarasi K. K. GalagederaThuy P. DaoSuzanne E. EnosAntara ChaudhuriJeremy D. SchmitCarlos A. Castañeda

ubiquitin unitsmaterials sciencebiophysicsstructural biologymolecular biology

Short Disordered Termini and Proline-Rich Domain Are Major Regulators of Ubqln1/2/4 Phase Separation. Biophysical Journal (2023)

Thuy P. DaoAnitha RajendranSarasi K.K. GalagederaWilliam HawsCarlos A. Castañeda

biophysicsproline-rich domainneurosciencemajor regulatorsmolecular biologyphase separationmolecular biophysics

Short N-Terminal Disordered Regions and the Proline-Rich Domain Are Major Regulators of Phase Transitions for Full-Length Ubqln1, Ubqln2 and Ubqln4. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Thuy P. DaoAnitha RajendranSarasi K. K. GalagederaWilliam HawsCarlos A. Castañeda

biophysicsstructural biologyproline-rich domainprotein structuremolecular biologystructural molecular biologycell biologyprotein science

We Con-Dense If We Want to; We Can’t Leave Azul Outside. Structure (2023)

Thuy P. DaoCarlos A. Castañeda

molecular biologymolecular and cellular biologyarchitecture

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Thuy P Dao

Lab Manager

Syracuse University

Affiliations

College of Arts and Sciences

Chemistry

Thuy P Dao is currently serving as a Chemistry Lab Manager at Syracuse 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

Thuy P Dao

Syracuse University

Lab Manager

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Molecular Basis for Yeast Ubiquilin Dsk2 Self-Association and Phase Separation. Biophysical Journal (2024)

Nirbhik AcharyaThuy P. DaoErica MallonErin MulveyDan KrautCarlos A. Castaneda

geneticsbiophysical chemistrymembrane biologymolecular self-assemblybiophysicsstructural biologymolecular biologymolecular sciencephase separationyeastmolecular basismolecular biophysics

Pathogenic Mutations in Ubqln2 Exhibit Diverse Aggregation Propensity and Neurotoxicity. Scientific Reports (2024)

Nathaniel SafrenThuy P DaoHarihar Milaganur MohanCamellia HuangBryce TrotterCarlos A CastañedaHenry PaulsonSami BarmadaLisa M Sharkey

geneticspathologyneurologypathogenesispathogenic mutations

Phase Separation of Polyubiquitinated Proteins in Ubqln2 Condensates Controls Substrate Fate. Proceedings of the National Academy of Sciences (2024)

Isabella M. ValentinoJeniffer G. Llivicota-GuamanThuy P. DaoErin O. MulveyAndrew M. LehmanSarasi K. K. GalagederaErica L. MallonCarlos A. CastañedaDaniel A. Kraut

structural biologymolecular biologyphase separationpolyubiquitinated proteins

Short, Disordered N-Termini and the Proline-Rich Region Are Major Regulators of Ubqln1, Ubqln2 and Ubqln4 Phase Transitions. Biophysical Journal (2024)

Thuy P. DaoAnitha RajendranSarasi GalagederaWilliam HawsCarlos A. Castaneda

biophysical chemistryplant scienceproline-rich regionbiophysicsmajor regulatorsbiochemistrymolecular biologymolecular biophysics

Decoding Optimal Ligand Design for Multicomponent Condensates. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Sarasi K. K. GalagederaThuy P. DaoSuzanne E. EnosAntara ChaudhuriJeremy D. SchmitCarlos A. Castañeda

pharmacologymedicinal chemistryoptimal ligand designmolecular biologybiomolecular engineeringmulticomponent condensates

Christina Glen RobbThuy P. DaoJakub UjmaCarlos A. CastañedaRebecca Beveridge

materials sciencechemical engineeringbiophysicsproteomicsmass spectrometryliquid-liquid phase separationanalytical chemistryprotein scienceglobal protein conformations

Polyubiquitin Ligand-Induced Phase Transitions Are Optimized by Spacing Between Ubiquitin Units. Proceedings of the National Academy of Sciences (2023)

Sarasi K. K. GalagederaThuy P. DaoSuzanne E. EnosAntara ChaudhuriJeremy D. SchmitCarlos A. Castañeda

ubiquitin unitsmaterials sciencebiophysicsstructural biologymolecular biology

Short Disordered Termini and Proline-Rich Domain Are Major Regulators of Ubqln1/2/4 Phase Separation. Biophysical Journal (2023)

Thuy P. DaoAnitha RajendranSarasi K.K. GalagederaWilliam HawsCarlos A. Castañeda

biophysicsproline-rich domainneurosciencemajor regulatorsmolecular biologyphase separationmolecular biophysics

Short N-Terminal Disordered Regions and the Proline-Rich Domain Are Major Regulators of Phase Transitions for Full-Length Ubqln1, Ubqln2 and Ubqln4. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Thuy P. DaoAnitha RajendranSarasi K. K. GalagederaWilliam HawsCarlos A. Castañeda

biophysicsstructural biologyproline-rich domainprotein structuremolecular biologystructural molecular biologycell biologyprotein science

We Con-Dense If We Want to; We Can’t Leave Azul Outside. Structure (2023)

Thuy P. DaoCarlos A. Castañeda

molecular biologymolecular and cellular biologyarchitecture

1
2
3
4
10 / page

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biomolecular structure

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nmr spectroscopy

nuclear magnetic resonance spectroscopy

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protein structural dynamics