Faculty

Institution

Unit

Venue

Thomas Szyperski

UB Distinguished Professor

University at Buffalo

Affiliations

College of Arts and Sciences

Department of Chemistry

Thomas Szyperski is currently serving as a College Of Arts And Sciences UB Distinguished Professor at University At Buffalo.

Honors

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Experiences

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Education

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Thomas Szyperski

University at Buffalo

UB Distinguished Professor

You can click a keyword to filter the displayed items

structural biology molecular biology protein structure protein science biomolecular structure structural molecular biology structural genomics nuclear magnetic resonance protein nmr biochemistry structural bioinformatics solution nmr structure biophysics biomolecular engineering bacteria protein x-ray crystallography nmr structure genome biology biological macromolecules nuclear magnetic resonance spectroscopy enzymes protein engineering protein folding molecular microbiology magnetic resonance protein structure prediction membrane biology bacteriology microbial physiology applied microbiology biological chemistry protein chemistry nmr solution structure biomolecular analysis magnetic resonance spectroscopy peptides supercooled water escherichia coli protein function resonance assignments clinical microbiology molecular metabolism protein modeling protein transport yeast central carbon metabolism environmental microbiology biomolecules molecular science protein evolution molecular recognition double resonance nmr structure determination secondary structure resonance assignment chemical sciences structural chemistry peptide engineering microbial genetics dna analysis medical microbiology conformational studies protein biosynthesis experimental biophysics enzyme catalysis biocatalysis supramolecular chemistry virulence factors molecular characterization magnetic resonance imaging dna-binding domain gft nmr metabolic fluxes protein dynamics two-dimensional nmr spectroscopy metabolic flux profiling nmr spectroscopy metabolism cell metabolism bioenergetics systems biology metabolic profiling metabolic pathway analysis

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aromatic Pentaamide Macrocycles Bind Anions With High Affinity for Transport Across Biomembranes. Nature Chemistry (2023)

Ruikai CaoRobert B. RossdeutcherYulong ZhongYi ShenDaniel P. MillerThomas A. SobiechXiangxiang WuLaura Sánchez BuitragoKarishma RamcharanMark I. GutayMiriam Frankenthal FigueiraPia LuthraEva ZurekThomas SzyperskiBrian ButtonZhifeng ShaoBing Gong

materials sciencereceptorsgene expressionpharmacologybiomolecular interactionsmembrane transporthigh affinityprotein transportintracellular traffickingbiomolecular engineeringbiological inorganic chemistryinorganic chemistryaromatic pentaamide macrocyclesdrug deliverymembrane biology

Inside-out Design of Zinc-Binding Proteins With Non-Native Backbones. Biochemistry (2023)

Sharon L. GuffySurya V. S. R. K. PulavartiJoseph HarrisonDrew FlemingThomas SzyperskiBrian Kuhlman

non-native backboneszinc-binding proteinsbiomolecular engineeringinside-out designprotein designprotein engineeringbiological engineeringbiochemistry

Anion-Binding Aromatic Pentaamide Macrocycles: Synthesis, High-Affinity Binding, Transmembrane Transport, and Catalysis. Research Square (Research Square) (2022)

Ruikai CaoRobert RossdeutcherYi ShenDaniel MillerYulong ZhongLaura Sánchez B.Karishma RamcharanXiangxiang WuEva ZurekThomas SzyperskiZhifeng ShaoBing Gong

medicinal chemistryorganic chemistryhigh-affinity bindingpharmacologymembrane transportredox biologyorganic synthesismolecular biologychemical synthesistransmembrane transportmembrane biology

Faculty Opinions Recommendation of Hyperbolic Pressure-Temperature Phase Diagram of the Zinc-Finger Protein Apokti11 Detected by Nmr Spectroscopy.. Faculty Opinions – Post-Publication Peer Review of the Biomedical Literature (2022)

Thomas Szyperski

nmr spectroscopyfaculty opinions recommendationbiophysicsbiophysical reviewpeer reviewbiomedical researchprotein structurebiomolecular engineeringnuclear magnetic resonance spectroscopynuclear magnetic resonanceprotein science

From Protein Design to the Energy Landscape of a Cold Unfolding Protein. The Journal of Physical Chemistry B (2022)

Surya V. S. R. K. PulavartiJack B. MaguireShirley YuenJoseph S. HarrisonJermel GriffinLakshmanane PremkumarEdward A. EspositoGeorge I. MakhatadzeAngel E. GarciaThomas M. WeissEdward H. SnellBrian KuhlmanThomas Szyperski

molecular biophysicsbiophysicsprotein refoldingprotein chemistryprotein structure predictionprotein modelingcold unfoldingcold unfolding proteinprotein structurebiomolecular structuremolecular biologystructural molecular biologystructural biologyprotein designprotein scienceprotein folding

Teaching Nmr Based on the Postulates of Quantum Mechanics Makes This Easy and Relates Theory and Experiment to the Measurement Problem: The Nmr Product Operator Rules. The Journal of Physical Chemistry A (2022)

Thomas Szyperski

physical chemistryquantum mechanicsmeasurement problemschemistrynuclear magnetic resonance

Faculty Opinions Recommendation of Genetic Encoding of N6-(((Trimethylsilyl)Methoxy)Carbonyl)-L-Lysine for Nmr Studies of Protein-Protein and Protein-Ligand Interactions.. Faculty Opinions – Post-Publication Peer Review of the Biomedical Literature (2021)

Thomas Szyperski

faculty opinions recommendationprotein-ligand interactionspeer reviewnmr studiesgenetic encodingprotein nmrbiomolecular engineeringstructural molecular biologymolecular biologynuclear magnetic resonance

Author Response for"Perturbing the Energy Landscape for Improved Packing During Computational Protein Design". (2020)

None Jack B. MaguireNone Hugh K. HaddoxNone Devin StricklandNone Samer F. HalabiyaNone Brian CoventryNone Jermel R. GriffinNone Surya V. S. R. K PulavartiNone Matthew CumminsNone David F ThiekerNone Eric KlavinsNone Thomas SzyperskiNone Frank DiMaioNone David BakerNone Brian Kuhlman

author responsecomputational protein designbiomolecular engineeringprotein engineeringenergy landscape

Faculty Opinions Recommendation of Ultrafast Dynamics of Water-Protein Coupled Motions Around the Surface of Eye Crystallin.. Faculty Opinions – Post-Publication Peer Review of the Biomedical Literature (2020)

Thomas Szyperski

faculty opinions recommendationpeer reviewbiophysicseye crystallinultrafast dynamicswater-protein coupled motions

Perturbing the Energy Landscape for Improved Packing During Computational Protein Design. Proteins Structure Function and Bioinformatics (2020)

Jack B. MaguireHugh K. HaddoxDevin StricklandSamer F. HalabiyaBrian CoventryJermel R. GriffinSurya V. S. R. K PulavartiMatthew CumminsDavid F ThiekerEric KlavinsThomas SzyperskiFrank DiMaioDavid BakerBrian Kuhlman

computational protein designbiophysicsenergy landscapeprotein engineering

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Thomas Szyperski

UB Distinguished Professor

University at Buffalo

Affiliations

College of Arts and Sciences

Department of Chemistry

Thomas Szyperski is currently serving as a College Of Arts And Sciences UB Distinguished Professor at University At Buffalo.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas Szyperski

University at Buffalo

UB Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aromatic Pentaamide Macrocycles Bind Anions With High Affinity for Transport Across Biomembranes. Nature Chemistry (2023)

Inside-out Design of Zinc-Binding Proteins With Non-Native Backbones. Biochemistry (2023)

Sharon L. GuffySurya V. S. R. K. PulavartiJoseph HarrisonDrew FlemingThomas SzyperskiBrian Kuhlman

non-native backboneszinc-binding proteinsbiomolecular engineeringinside-out designprotein designprotein engineeringbiological engineeringbiochemistry

Anion-Binding Aromatic Pentaamide Macrocycles: Synthesis, High-Affinity Binding, Transmembrane Transport, and Catalysis. Research Square (Research Square) (2022)

Ruikai CaoRobert RossdeutcherYi ShenDaniel MillerYulong ZhongLaura Sánchez B.Karishma RamcharanXiangxiang WuEva ZurekThomas SzyperskiZhifeng ShaoBing Gong

medicinal chemistryorganic chemistryhigh-affinity bindingpharmacologymembrane transportredox biologyorganic synthesismolecular biologychemical synthesistransmembrane transportmembrane biology

Thomas Szyperski

From Protein Design to the Energy Landscape of a Cold Unfolding Protein. The Journal of Physical Chemistry B (2022)

Thomas Szyperski

physical chemistryquantum mechanicsmeasurement problemschemistrynuclear magnetic resonance

Thomas Szyperski

Author Response for"Perturbing the Energy Landscape for Improved Packing During Computational Protein Design". (2020)

author responsecomputational protein designbiomolecular engineeringprotein engineeringenergy landscape

Thomas Szyperski

faculty opinions recommendationpeer reviewbiophysicseye crystallinultrafast dynamicswater-protein coupled motions

Perturbing the Energy Landscape for Improved Packing During Computational Protein Design. Proteins Structure Function and Bioinformatics (2020)

computational protein designbiophysicsenergy landscapeprotein engineering

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10 / page

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