Faculty

Institution

Unit

Venue

Mary F. Roberts

Professor of Chemistry Emeritus

Boston College

Affiliations

Robert J. Morrissey College of Arts and Sciences

Chemistry Department

Mary F. Roberts is currently serving as a Chemistry Professor of Chemistry Emeritus at Boston College.

Honors

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Experiences

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Education

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Mary F. Roberts

Boston College

Professor of Chemistry Emeritus

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biochemistry enzymes molecular biology protein science membrane biology structural biology pharmacology microbiology biological chemistry nuclear magnetic resonance protein structure enzyme inhibition redox biology applied microbiology protein chemistry structural molecular biology enzyme catalysis chemical biology environmental microbiology protein engineering biomolecular interactions protein function biochemical sciences biotechnology microbial physiology liver physiology biocatalysis lipid science nuclear magnetic resonance spectroscopy clinical microbiology molecular physiology protein biosynthesis biological inorganic chemistry proteinlipid interaction molecular cell biology bacteriology molecular microbiology membrane science biomolecular structure protein phosphorylation membrane transport lipid chemistry enzyme specificity clostridium thermocellum bacillus cereus short-chain lecithins cellular physiology applied physiology biomimetic chemistry catalyst activation surface reactivity osmoregulation interfacial binding functional modification protein synthesis molecular substrates phosphatidic acid methanobacterium thermoautotrophicum nmr spectroscopy mixed micelles medical microbiology lipoprotein metabolism colloid chemistry colloidal systems structure-function enzyme kinetics compatible solutes inositol monophosphatase escherichia coli small unilamellar vesicles methanococcus thermolithotrophicus insulin signaling cell regulation environmental biotechnology organic compatible solutes halophilic microorganisms catalytic mechanism

Notable Scholarly Works

Notable Federal Grants

Collaborators

High Resolution 31P Field Cycling Nmr Reveals Unsuspected Features of Enzyme-Substrate-Cofactor Dynamics. Frontiers in Molecular Biosciences (2022)

Mary F. RobertsLizbeth Hedstrom

enzyme-substrate-cofactor dynamicsbiomolecular engineeringbioinformaticsnuclear magnetic resonanceprotein scienceprotein structuresystems biologyproteomicsmolecular biologystructural biology

Phosphatidylcholine Cation—Tyrosine π Complexes: Motifs for Membrane Binding by a Bacterial Phospholipase C. Molecules (2022)

Mary F. RobertsAnne GershensonNathalie Reuter

enzymesphosphatidylcholine cationmembrane bindingprotein sciencebiological inorganic chemistrystructural molecular biologybiological chemistrybiochemistrypharmacologymembrane biologycoordination chemistrymolecular biologystructural biology

Standard Binding Free Energy and Membrane Desorption Mechanism for a Phospholipase C. Journal of Chemical Information and Modeling (2022)

Emmanuel E. MoutoussamyHanif M. KhanMary F. RobertsAnne GershensonChristophe ChipotNathalie Reuter

biophysicsenzymeschemical biologybiological engineeringbiochemistryfree energymembrane desorption mechanism

Phospholipids in Motion: High-Resolution 31 P Nmr Field Cycling Studies. The Journal of Physical Chemistry B (2021)

Mary F. RobertsJingfei CaiSivanandam V. NatarajanHanif M. KhanNathalie ReuterAnne GershensonAlfred G. Redfield

biophysicsnuclear magnetic resonanceapplied physicsphysical chemistryphysics

Enzyme–Substrate–Cofactor Dynamical Networks Revealed by High-Resolution Field Cycling Relaxometry. Biochemistry (2020)

Masha M. RosenbergTianjiong YaoGregory C. PattonAlfred G. RedfieldMary F. RobertsLizbeth Hedstrom

protein sciencesystems biologybiochemistryenzyme-substrate-cofactor dynamical networksmolecular biologystructural biology

Interfacial Aromatics Mediating Cation−π Interactions With Choline-Containing Lipids Can Contribute as Much to Peripheral Protein Affinity for Membranes as Aromatics Inserted Below the Phosphates. The Journal of Physical Chemistry Letters (2019)

Qaiser WaheedHanif M. KhanTao HeMary RobertsAnne GershensonNathalie Reuter

biophysicsperipheral protein affinitychemistrycation-p interactionscholine-containing lipidsmembranesmaterials sciencephysical chemistrymembrane biologyinterfacial aromatics

Interfacial Choline-Aromatic Cation-Pi Interactions Can Contribute as Much to Peripheral Protein Affinity for Membranes as Aromatics Inserted Below the Phosphates. ChemRxiv (2019)

Qaiser WaheedHanif M. KhanTao HeMary RobertsAnne GershensonNathalie Reuter

peripheral protein affinitymembranespharmacologymembrane biology

Chapter 15. High-Resolution Applications of Shuttle Field-Cycling Nmr. New developments in NMR (2018)

Mary F. Roberts

nuclear magnetic resonanceshuttle field-cycling nmrhigh-resolution applications

Dynamic Characteristics of Guanosine-5′-Monophosphate Reductase Complexes Revealed by High-Resolution 31 P Field-Cycling Nmr Relaxometry. Biochemistry (2018)

Masha M. RosenbergAlfred G. RedfieldMary F. RobertsLizbeth Hedstrom

enzymesnuclear magnetic resonancebiochemistrydynamic characteristicsfield-cycling nmr relaxometry

Search and Subvert: Minimalist Bacterial Phosphatidylinositol-Specific Phospholipase C Enzymes. Chemical Reviews (2018)

Mary F. RobertsHanif M. KhanRebecca GoldsteinNathalie ReuterAnne Gershenson

microbiologypathway analysisenzymesbiocatalysischemical biologyenzyme catalysischemical analysisbiological chemistrybiochemistrymolecular biology

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Mary F. Roberts

Professor of Chemistry Emeritus

Boston College

Affiliations

Robert J. Morrissey College of Arts and Sciences

Chemistry Department

Mary F. Roberts is currently serving as a Chemistry Professor of Chemistry Emeritus at Boston College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mary F. Roberts

Boston College

Professor of Chemistry Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

High Resolution 31P Field Cycling Nmr Reveals Unsuspected Features of Enzyme-Substrate-Cofactor Dynamics. Frontiers in Molecular Biosciences (2022)

Mary F. RobertsLizbeth Hedstrom

enzyme-substrate-cofactor dynamicsbiomolecular engineeringbioinformaticsnuclear magnetic resonanceprotein scienceprotein structuresystems biologyproteomicsmolecular biologystructural biology

Phosphatidylcholine Cation—Tyrosine π Complexes: Motifs for Membrane Binding by a Bacterial Phospholipase C. Molecules (2022)

Mary F. RobertsAnne GershensonNathalie Reuter

Standard Binding Free Energy and Membrane Desorption Mechanism for a Phospholipase C. Journal of Chemical Information and Modeling (2022)

Emmanuel E. MoutoussamyHanif M. KhanMary F. RobertsAnne GershensonChristophe ChipotNathalie Reuter

biophysicsenzymeschemical biologybiological engineeringbiochemistryfree energymembrane desorption mechanism

Phospholipids in Motion: High-Resolution 31 P Nmr Field Cycling Studies. The Journal of Physical Chemistry B (2021)

Mary F. RobertsJingfei CaiSivanandam V. NatarajanHanif M. KhanNathalie ReuterAnne GershensonAlfred G. Redfield

biophysicsnuclear magnetic resonanceapplied physicsphysical chemistryphysics

Enzyme–Substrate–Cofactor Dynamical Networks Revealed by High-Resolution Field Cycling Relaxometry. Biochemistry (2020)

Masha M. RosenbergTianjiong YaoGregory C. PattonAlfred G. RedfieldMary F. RobertsLizbeth Hedstrom

protein sciencesystems biologybiochemistryenzyme-substrate-cofactor dynamical networksmolecular biologystructural biology

Qaiser WaheedHanif M. KhanTao HeMary RobertsAnne GershensonNathalie Reuter

biophysicsperipheral protein affinitychemistrycation-p interactionscholine-containing lipidsmembranesmaterials sciencephysical chemistrymembrane biologyinterfacial aromatics

Interfacial Choline-Aromatic Cation-Pi Interactions Can Contribute as Much to Peripheral Protein Affinity for Membranes as Aromatics Inserted Below the Phosphates. ChemRxiv (2019)

Qaiser WaheedHanif M. KhanTao HeMary RobertsAnne GershensonNathalie Reuter

peripheral protein affinitymembranespharmacologymembrane biology

Chapter 15. High-Resolution Applications of Shuttle Field-Cycling Nmr. New developments in NMR (2018)

Mary F. Roberts

nuclear magnetic resonanceshuttle field-cycling nmrhigh-resolution applications

Dynamic Characteristics of Guanosine-5′-Monophosphate Reductase Complexes Revealed by High-Resolution 31 P Field-Cycling Nmr Relaxometry. Biochemistry (2018)

Masha M. RosenbergAlfred G. RedfieldMary F. RobertsLizbeth Hedstrom

enzymesnuclear magnetic resonancebiochemistrydynamic characteristicsfield-cycling nmr relaxometry

Search and Subvert: Minimalist Bacterial Phosphatidylinositol-Specific Phospholipase C Enzymes. Chemical Reviews (2018)

Mary F. RobertsHanif M. KhanRebecca GoldsteinNathalie ReuterAnne Gershenson

microbiologypathway analysisenzymesbiocatalysischemical biologyenzyme catalysischemical analysisbiological chemistrybiochemistrymolecular biology

1
2
3
4
5
27
10 / page

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Carol A. Fierke

Institution

Brandeis University

biochemistry

molecular biology

Michael A. Marletta

Institution

University of California, Berkeley

biochemistry

enzymes

Douglas Clark

Institution

University of California, Berkeley

biological engineering

biomolecular engineering

Robert Phillips

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organic chemistry

biological chemistry

Suzanne Walker

Institution

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molecular metabolism

drug resistance analysis

Walter Chazin

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molecular biology

proteomics

Charles R. Sanders

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Gregory Petsko

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protein modeling

protein bioinformatics

Stephen J. Benkovic

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biosynthesis

cellular enzymology

Michael Burkart

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genetic potential

genomics