Faculty

Institution

Unit

Venue

David E. Wemmer

Professor of the Graduate School; Emeritus Professor of Chemistry Professor

University of California, Berkeley

Affiliations

College of Chemistry

Department of Chemistry

David E. Wemmer is currently serving as a College Of Chemistry Professor of the Graduate School; Emeritus Professor of Chemistry Professor at University of California, Berkeley.

Honors

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Experiences

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Education

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David E. Wemmer

University of California, Berkeley

Professor of the Graduate School; Emeritus Professor of Chemistry Professor

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molecular biology structural biology biophysics biochemistry nuclear magnetic resonance protein science genetics protein structure structural molecular biology enzymes biomolecular structure nucleic acids biological chemistry nuclear magnetic resonance spectroscopy membrane biology molecular biophysics rna biology peptides molecular structure solution structure biosensors magnetic resonance magnetic resonance imaging physical chemistry molecular science minor groove genome biology structural chemistry plant science redox biology biochemical sciences protein chemistry nucleic acid chemistry dna analysis nmr spectroscopy plant physiology conformational studies molecular regulation protein nmr molecular cell biology plant biology biomolecular interactions structure determination two-dimensional nmr sequence-specific recognition nmr studies nmr study functional modification biocatalysis crop physiology microbial physiology peptide engineering molecular recognition biological inorganic chemistry molecular microbiology secondary structure enzyme catalysis gene regulation transcription regulation crystal structures bioinstrumentation protein synthesis peptide synthesis structure elucidation algal biology molecular substrates molecular evidence hydrogen bond structural characterization nmr characterization solid-state nmr studies dna-binding domain cryptophycean algae imino protons lac repressor lac repressor headpiece nature method biophysical chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Saturation-Mutagenesis Analysis of the Interplay Between Stability and Activation in Ras. eLife (2022)

Frank HidalgoLaura M NockaNeel H ShahKent GordayNaomi R LatorracaPradeep BandaruSage TempletonDavid LeeDeepti KarandurJeffrey G PeltonSusan MarquseeDavid WemmerJohn Kuriyan

geneticssaturation-mutagenesis analysisstabilitybiochemistrymolecular biologycatalyst activation

Environment and Coordination of Femo–Co in the Nitrogenase Metallochaperone Nafy. RSC Chemical Biology (2021)

Aaron H. PhillipsJose A. HernandezLucía Payá-TormoStefan BurénBruno Cuevas-ZuviríaLuis F. PaciosJeffrey G. PeltonDavid E. WemmerLuis M. Rubio

environmental sciencebiological inorganic chemistryenvironmental chemistrynitrogenase metallochaperone nafybiochemistrycoordination chemistryenzymes

Directly Functionalized Cucurbit[7]Uril as a Biosensor for the Selective Detection of Protein Interactions by 129 Xe Hypercest Nmr. Chemistry - A European Journal (2019)

Ashley E. TruxalLiping CaoLyle IsaacsDavid E. WemmerAlexander Pines

protein interactionsproteomicschemistryselective detectionbiosensorsbiomolecular engineeringdirect observationanalytical chemistrybiological engineering

Grassroots Efforts to Quantify and Improve the Academic Climate of an R1 Stem Department: Using Evidence-Based Discussions to Foster Community. Journal of Chemical Education (2019)

Christiane N. StachlEmily C. HartmanDavid E. WemmerMatthew B. Francis

higher educationstem educationevidence-based discussionsacademic climategrassroots effortsqualitative researchchemistry

Rotaxane Probes for the Detection of Hydrogen Peroxide by 129Xe Hypercest Nmr Spectroscopy. Angewandte Chemie International Edition (2019)

Sarah H. KlassAshley E. TruxalTahoe A. FialaJoseph KellyDang NguyenJoel A. FinbloomDavid E. WemmerAlexander PinesMatthew B. Francis

spectroscopynuclear magnetic resonance spectroscopyhydrogen peroxideanalytical chemistrynuclear magnetic resonancechemistry

Unconstrained Peptoid Tetramer Exhibits a Predominant Conformation in Aqueous Solution. Biopolymers (2019)

Leah T. RoeJeffrey G. PeltonJohn R. EdisonGlenn L. ButterfossBlakely W. TrescaBridgette A. LaFayeStephen WhitelamDavid E. WemmerRonald N. Zuckermann

biological engineeringaqueous solutionbiophysicspredominant conformationbiomolecular engineeringconformational studiespolymer scienceunconstrained peptoid tetramerbiopolymers

129Xe Nmr Relaxation-Based Macromolecular Sensing. Journal of the American Chemical Society (2016)

Muller D. GomesPhuong DaoKeunhong JeongClancy C. SlackChristophoros C. VassiliouJoel A. FinbloomMatthew B. FrancisDavid E. WemmerAlexander Pines

biophysicsmolecular biologymacromolecular chemistrymacromolecular sciencenuclear magnetic resonancechemistry

Cellulose Deficiency is Enhanced on Hyper Accumulation of Sucrose by a H + -Coupled Sucrose Symporter. PLANT PHYSIOLOGY (2016)

Trevor H. YeatsHagit SorekDavid E. WemmerChris R. Somerville

cellulose deficiencyplant nutritionhyper accumulationnutritioncrop physiologyplant metabolismplant physiologyphysiology

Finding Our Way in the Dark Proteome. Journal of the American Chemical Society (2016)

Asmit BhowmickDavid H. BrookesShane R. YostH. Jane DysonJulie D. Forman-KayDaniel GunterMartin Head-GordonGregory L. HuraVijay S. PandeDavid E. WemmerPeter E. WrightTeresa Head-Gordon

biophysicsproteomicsdark proteomechemistry

Fragmentation of Lignin Samples With Commercial Pd/C Under Ambient Pressure of Hydrogen. ACS Catalysis (2016)

Fang GaoJonathan D. WebbHagit SorekDavid E. WemmerJohn F. Hartwig

materials scienceligninchemical engineeringhydrogenbiocatalysislignin samplescatalysisbiomolecular engineeringambient pressure

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David E. Wemmer

Professor of the Graduate School; Emeritus Professor of Chemistry Professor

University of California, Berkeley

Affiliations

College of Chemistry

Department of Chemistry

David E. Wemmer is currently serving as a College Of Chemistry Professor of the Graduate School; Emeritus Professor of Chemistry 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

David E. Wemmer

University of California, Berkeley

Professor of the Graduate School; Emeritus Professor of Chemistry Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Saturation-Mutagenesis Analysis of the Interplay Between Stability and Activation in Ras. eLife (2022)

Frank HidalgoLaura M NockaNeel H ShahKent GordayNaomi R LatorracaPradeep BandaruSage TempletonDavid LeeDeepti KarandurJeffrey G PeltonSusan MarquseeDavid WemmerJohn Kuriyan

geneticssaturation-mutagenesis analysisstabilitybiochemistrymolecular biologycatalyst activation

Environment and Coordination of Femo–Co in the Nitrogenase Metallochaperone Nafy. RSC Chemical Biology (2021)

Aaron H. PhillipsJose A. HernandezLucía Payá-TormoStefan BurénBruno Cuevas-ZuviríaLuis F. PaciosJeffrey G. PeltonDavid E. WemmerLuis M. Rubio

environmental sciencebiological inorganic chemistryenvironmental chemistrynitrogenase metallochaperone nafybiochemistrycoordination chemistryenzymes

Directly Functionalized Cucurbit[7]Uril as a Biosensor for the Selective Detection of Protein Interactions by 129 Xe Hypercest Nmr. Chemistry - A European Journal (2019)

Ashley E. TruxalLiping CaoLyle IsaacsDavid E. WemmerAlexander Pines

protein interactionsproteomicschemistryselective detectionbiosensorsbiomolecular engineeringdirect observationanalytical chemistrybiological engineering

Grassroots Efforts to Quantify and Improve the Academic Climate of an R1 Stem Department: Using Evidence-Based Discussions to Foster Community. Journal of Chemical Education (2019)

Christiane N. StachlEmily C. HartmanDavid E. WemmerMatthew B. Francis

higher educationstem educationevidence-based discussionsacademic climategrassroots effortsqualitative researchchemistry

Rotaxane Probes for the Detection of Hydrogen Peroxide by 129Xe Hypercest Nmr Spectroscopy. Angewandte Chemie International Edition (2019)

Sarah H. KlassAshley E. TruxalTahoe A. FialaJoseph KellyDang NguyenJoel A. FinbloomDavid E. WemmerAlexander PinesMatthew B. Francis

spectroscopynuclear magnetic resonance spectroscopyhydrogen peroxideanalytical chemistrynuclear magnetic resonancechemistry

Unconstrained Peptoid Tetramer Exhibits a Predominant Conformation in Aqueous Solution. Biopolymers (2019)

Leah T. RoeJeffrey G. PeltonJohn R. EdisonGlenn L. ButterfossBlakely W. TrescaBridgette A. LaFayeStephen WhitelamDavid E. WemmerRonald N. Zuckermann

biological engineeringaqueous solutionbiophysicspredominant conformationbiomolecular engineeringconformational studiespolymer scienceunconstrained peptoid tetramerbiopolymers

129Xe Nmr Relaxation-Based Macromolecular Sensing. Journal of the American Chemical Society (2016)

Muller D. GomesPhuong DaoKeunhong JeongClancy C. SlackChristophoros C. VassiliouJoel A. FinbloomMatthew B. FrancisDavid E. WemmerAlexander Pines

biophysicsmolecular biologymacromolecular chemistrymacromolecular sciencenuclear magnetic resonancechemistry

Cellulose Deficiency is Enhanced on Hyper Accumulation of Sucrose by a H + -Coupled Sucrose Symporter. PLANT PHYSIOLOGY (2016)

Trevor H. YeatsHagit SorekDavid E. WemmerChris R. Somerville

cellulose deficiencyplant nutritionhyper accumulationnutritioncrop physiologyplant metabolismplant physiologyphysiology

Finding Our Way in the Dark Proteome. Journal of the American Chemical Society (2016)

Asmit BhowmickDavid H. BrookesShane R. YostH. Jane DysonJulie D. Forman-KayDaniel GunterMartin Head-GordonGregory L. HuraVijay S. PandeDavid E. WemmerPeter E. WrightTeresa Head-Gordon

biophysicsproteomicsdark proteomechemistry

Fragmentation of Lignin Samples With Commercial Pd/C Under Ambient Pressure of Hydrogen. ACS Catalysis (2016)

Fang GaoJonathan D. WebbHagit SorekDavid E. WemmerJohn F. Hartwig

materials scienceligninchemical engineeringhydrogenbiocatalysislignin samplescatalysisbiomolecular engineeringambient pressure

1
2
3
4
5
31
10 / page

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