Faculty

Institution

Unit

Venue

Michael R. Sussman

Professor

University of Wisconsin–Madison

Affiliations

College of Agricultural and Life Sciences

Biochemistry

Michael R. Sussman is currently serving as a Biochemistry Professor at University of Wisconsin–Madison.

Honors

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Experiences

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Education

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Michael R. Sussman

University of Wisconsin–Madison

Professor

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plant science plant physiology molecular biology plant biology genetics botany membrane biology biochemistry genomics plant genetics protein science plant biochemistry proteomics cell biology gene expression enzymes structural biology plant molecular biology plant biotechnology genome biology plant genomics molecular and cellular biology avian biology biological chemistry plant development mammalian biology protein phosphorylation molecular physiology agricultural biotechnology soil biology plant proteomics redox biology integrative plant biology experimental botany biochemical sciences peptides experimental plant biology sequence analysis rna biology colorectal cancer integrative biology molecular regulation plant metabolism computational genomics arabidopsis thaliana higher plants plasma membrane mutagenesis plant analysis transcription regulation protein genetics protein purification radiation biology escherichia coli metabolic labeling three-dimensional structure molecular biotechnology plant nutrition bioinformatics database plant breeding marine genomics plant stress biological function in vivo systems genetic basis genome analysis gene expression analysis plant growth electric organs oat roots molecular cloning genomic sequence low-phosphorus stress serum protein biomarkers early stages plant plasma

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response for"Enhanced Treatment Uniformity of Chemical and Biological Liquids in Cold Atmospheric Plasma System Using Gas Bubble Mixing". (2025)

chemical kineticsenhanced treatment uniformitychemical engineeringfluid sciencegas-liquid flowfluid dynamicsbubble dynamicsbiological liquidsauthor responsenonthermal plasmafluid mechanicsplasma chemistrydispersion science

Plant Proteomics: New Insights Into the Green World Through Advanced Mass Spectrometry. Molecular & Cellular Proteomics (2025)

biologyplant scienceproteomicsproteome researchprotein mass spectrometrybiochemistrynew insights intoplant proteomicsmass spectrometrybotanyproteomic technologies

Role of Protein and Lipid Oxidation in Hardening of High‐Protein Bars During Storage. Journal of Food Science (2025)

protein foldingfood processinglipid oxidationhigh‐protein barsprotein refoldinglipidsbiomolecular engineeringbiological macromoleculesprotein sciencebiological engineering

Author Response for"Covalent Labeling of the I Arabidopsis /I Plasma Membrane H Sup + /Sup ‐ Scp Atpase /Scp Reveals Scp 3D /Scp Conformational Changes Involving the C‐Terminal Regulatory Domain". (2024)

membrane biologyplant cellsconformational changesbiophysicsplant molecular biologymembrane transportcellular biochemistrymolecular biologymembrane proteinsauthor responsemolecular and cellular biologyenzymesprotein sciencecovalent labeling

Covalent Labeling of the Arabidopsis Plasma Membrane H + ‐ Atpase Reveals 3D Conformational Changes Involving the C‐Terminal Regulatory Domain. FEBS Letters (2024)

Matthew R. BlackburnThao T. NguyenSophia E. PattonJordan M. BartosiakMichael R. Sussman

biochemistryprotein sciencemembrane biologybiomolecular structuremolecular physiologymembranesintermediate hostmembrane transportstructural biologyplant molecular biologyc-terminal regulatory domainplant physiologyselective separationenzymesbiophysicsenzyme inhibitionmolecular biologymembrane proteinslate bindingcovalent labeling

Enrichable Protein Footprinting for Structural Proteomics. Journal of the American Society for Mass Spectrometry (2024)

Jamison D. WolferBenjamin B. MinkoffHeather L. BurchMichael R. Sussman

petroleomicsstructural proteomicsenrichable proteinprotein structure predictionprotein sciencebioinformaticsbiomolecular structureproteomicsbiomolecular engineeringprotein bioinformaticsprotein mass spectrometrystructural biologyproteome researchprotein structurestructural molecular biologyprotein modelingmass spectrometrymolecular biologysystems biology

Multi-Omics Analysis of Green Lineage Osmotic Stress Pathways Unveils Crucial Roles of Different Cellular Compartments. Nature Communications (2024)

Josep Vilarrasa-BlasiTamara VellosilloRobert E. JinkersonFriedrich FauserTingting XiangBenjamin B. MinkoffLianyong WangKiril KniazevMichael GuzmanJacqueline OsakiGregory A. Barrett-WiltMichael R. SussmanMartin C. JonikasJosé R. Dinneny

integrative biologymembrane biologymulti-omics analysisosmotic stressgenomicssystems biologygenome biologyplant physiologycell biologyevolutionary biology

Phosphoproteomic Analysis of Distylous Turnera Subulata Identifies Pathways Related to Endoreduplication That Correlate With Reciprocal Herkogamy. American Journal of Botany (2024)

Paige M. HenningBenjamin B. MinkoffMichael R. Sussman

biologyplant sciencephosphoproteomic analysisbotanyplant biologyreciprocal herkogamy

Methods, Systems, and Compositions for Studying Solvent Accessibility and Three-Dimensional Structure of Biological Molecules. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Sussman, Michael R.Shohet, J. LeonChoudhury, Faraz A.Blatz, Joshua M.Minkoff, Benjamin B.Benjamin, Daniel I.

solvent accessibilitybiophysicsstructural biologythree-dimensional structurebiological moleculesmolecular biologysystems biology

Radical-Mediated Covalent Azidylation of Hydrophobic Microdomains in Water-Soluble Proteins. ACS Chemical Biology (2023)

Benjamin B. MinkoffHeather L. BurchJamison D. WolferMichael R. Sussman

biophysicswater-soluble proteinsbiological chemistryradical-mediated covalent azidylationbiochemistryredox biologymolecular biologyfree radical biologyhydrophobic microdomainsprotein sciencechemical biologyprotein chemistry

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Michael R. Sussman

Professor

University of Wisconsin–Madison

Affiliations

College of Agricultural and Life Sciences

Biochemistry

Michael R. Sussman is currently serving as a Biochemistry Professor at University of Wisconsin–Madison.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael R. Sussman

University of Wisconsin–Madison

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response for"Enhanced Treatment Uniformity of Chemical and Biological Liquids in Cold Atmospheric Plasma System Using Gas Bubble Mixing". (2025)

Plant Proteomics: New Insights Into the Green World Through Advanced Mass Spectrometry. Molecular & Cellular Proteomics (2025)

biologyplant scienceproteomicsproteome researchprotein mass spectrometrybiochemistrynew insights intoplant proteomicsmass spectrometrybotanyproteomic technologies

Role of Protein and Lipid Oxidation in Hardening of High‐Protein Bars During Storage. Journal of Food Science (2025)

protein foldingfood processinglipid oxidationhigh‐protein barsprotein refoldinglipidsbiomolecular engineeringbiological macromoleculesprotein sciencebiological engineering

Covalent Labeling of the Arabidopsis Plasma Membrane H + ‐ Atpase Reveals 3D Conformational Changes Involving the C‐Terminal Regulatory Domain. FEBS Letters (2024)

Matthew R. BlackburnThao T. NguyenSophia E. PattonJordan M. BartosiakMichael R. Sussman

Enrichable Protein Footprinting for Structural Proteomics. Journal of the American Society for Mass Spectrometry (2024)

Jamison D. WolferBenjamin B. MinkoffHeather L. BurchMichael R. Sussman

Multi-Omics Analysis of Green Lineage Osmotic Stress Pathways Unveils Crucial Roles of Different Cellular Compartments. Nature Communications (2024)

integrative biologymembrane biologymulti-omics analysisosmotic stressgenomicssystems biologygenome biologyplant physiologycell biologyevolutionary biology

Phosphoproteomic Analysis of Distylous Turnera Subulata Identifies Pathways Related to Endoreduplication That Correlate With Reciprocal Herkogamy. American Journal of Botany (2024)

Paige M. HenningBenjamin B. MinkoffMichael R. Sussman

biologyplant sciencephosphoproteomic analysisbotanyplant biologyreciprocal herkogamy

Sussman, Michael R.Shohet, J. LeonChoudhury, Faraz A.Blatz, Joshua M.Minkoff, Benjamin B.Benjamin, Daniel I.

solvent accessibilitybiophysicsstructural biologythree-dimensional structurebiological moleculesmolecular biologysystems biology

Radical-Mediated Covalent Azidylation of Hydrophobic Microdomains in Water-Soluble Proteins. ACS Chemical Biology (2023)

Benjamin B. MinkoffHeather L. BurchJamison D. WolferMichael R. Sussman

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synthetic plant biology

gene expression

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metabolic regulation

proteomics

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algal research

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