Faculty

Institution

Unit

Venue

Thomas E. Klepach

Colby College

Affiliations

Colby College

Department Of Science, Technology, And Society

East Asian Studies Department

NoneThomas E. Klepach is currently serving as a Colby College faculty at Colby College.

Honors

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Experiences

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Education

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Thomas E. Klepach

Colby College

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chemistry carbohydrate chemistry biochemistry organic chemistry biophysics molecular biology inorganic chemistry analytical chemistry drug discovery chemical kinetics density functional theory structural biology clinical chemistry drug analysis structure elucidation saccharide hydroxymethyl groups c-o bond conformations aqueous solution keto hydrate acyclic keto aldohexopyranosyl rings structural correlations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Informing Saccharide Structural Nmr Studies With Density Functional Theory Calculations. Methods in molecular biology (2015)

Thomas KlepachHongqiu ZhaoXiaosong HuWenhui ZhangRoland StenutzMatthew J. HadadIan CarmichaelAnthony S. Serianni

biophysicsdensity functional theorymolecular biologystructural biologycell biology

Methyl β-Allolactoside [Methyl β- D -Galactopyranosyl-(1→6)-β- D -Glucopyranoside] Monohydrate. Acta Crystallographica Section C Crystal Structure Communications (2009)

Thomas E. KlepachMeredith ReedBruce C. NollAllen G. OliverAnthony S. Serianni

pharmacologycarbohydrate chemistry

Cheminform Abstract: 13 C— 13 C Nmr Spin—Spin Coupling Constants in Saccharides: Structural Correlations Involving All Carbons in Aldohexopyranosyl Rings.. ChemInform (2008)

Bidisha Bose‐BasuThomas KlepachGail BondoPaul B. BondoWenhui ZhangIan CarmichaelAnthony S. Serianni

materials sciencecarbohydrate chemistryaldohexopyranosyl ringschemistrystructural correlationsnuclear magnetic resonancebiochemistry

13 C-Labeled N -Acetyl-Neuraminic Acid in Aqueous Solution: Detection and Quantification of Acyclic Keto, Keto Hydrate, and Enol Forms by 13 C Nmr Spectroscopy. Journal of the American Chemical Society (2008)

Thomas KlepachIan CarmichaelAnthony S. Serianni

organic chemistrystructure elucidationpharmacologyaqueous solutionketo hydrateclinical chemistrydrug analysisacyclic ketoanalytical chemistrydrug discoverychemistry

13 C− 1 H and 13 C− 13 C Nmr J -Couplings in 13 C-Labeled N -Acetyl-Neuraminic Acid: Correlations With Molecular Structure. The Journal of Organic Chemistry (2008)

Thomas KlepachWenhui ZhangIan CarmichaelAnthony S. Serianni

organic chemistrymolecular biologychemistryinorganic chemistrynuclear magnetic resonancebiochemistry

Geminal 2 J Cch Spin−Spin Coupling Constants as Probes of the φ Glycosidic Torsion Angle in Oligosaccharides. Journal of the American Chemical Society (2005)

Thomas E. KlepachIan CarmichaelAnthony S. Serianni

chemical kineticsbiophysicscarbohydrate chemistrychemistrybiochemistry

4 J Cocch and 4 J Cccch as Probes of Exocyclic Hydroxymethyl Group Conformation in Saccharides. The Journal of Organic Chemistry (2005)

Qingfeng PanThomas KlepachIan CarmichaelMeredith ReedAnthony S. Serianni

organic chemistrybiologychemistryinorganic chemistry

Christophe ThibaudeauRoland StenutzBrian HertzThomas KlepachShikai ZhaoQingquan WuIan CarmichaelAnthony S. Serianni

saccharide hydroxymethyl groupsc-o bond conformationscarbohydrate chemistrychemistry

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Thomas E. Klepach

Colby College

Affiliations

Colby College

Department Of Science, Technology, And Society

East Asian Studies Department

NoneThomas E. Klepach is currently serving as a Colby College faculty at Colby 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

Thomas E. Klepach

Colby College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Informing Saccharide Structural Nmr Studies With Density Functional Theory Calculations. Methods in molecular biology (2015)

Thomas KlepachHongqiu ZhaoXiaosong HuWenhui ZhangRoland StenutzMatthew J. HadadIan CarmichaelAnthony S. Serianni

biophysicsdensity functional theorymolecular biologystructural biologycell biology

Methyl β-Allolactoside [Methyl β- D -Galactopyranosyl-(1→6)-β- D -Glucopyranoside] Monohydrate. Acta Crystallographica Section C Crystal Structure Communications (2009)

Thomas E. KlepachMeredith ReedBruce C. NollAllen G. OliverAnthony S. Serianni

pharmacologycarbohydrate chemistry

Cheminform Abstract: 13 C— 13 C Nmr Spin—Spin Coupling Constants in Saccharides: Structural Correlations Involving All Carbons in Aldohexopyranosyl Rings.. ChemInform (2008)

Bidisha Bose‐BasuThomas KlepachGail BondoPaul B. BondoWenhui ZhangIan CarmichaelAnthony S. Serianni

materials sciencecarbohydrate chemistryaldohexopyranosyl ringschemistrystructural correlationsnuclear magnetic resonancebiochemistry

Thomas KlepachIan CarmichaelAnthony S. Serianni

organic chemistrystructure elucidationpharmacologyaqueous solutionketo hydrateclinical chemistrydrug analysisacyclic ketoanalytical chemistrydrug discoverychemistry

13 C− 1 H and 13 C− 13 C Nmr J -Couplings in 13 C-Labeled N -Acetyl-Neuraminic Acid: Correlations With Molecular Structure. The Journal of Organic Chemistry (2008)

Thomas KlepachWenhui ZhangIan CarmichaelAnthony S. Serianni

organic chemistrymolecular biologychemistryinorganic chemistrynuclear magnetic resonancebiochemistry

Geminal 2 J Cch Spin−Spin Coupling Constants as Probes of the φ Glycosidic Torsion Angle in Oligosaccharides. Journal of the American Chemical Society (2005)

Thomas E. KlepachIan CarmichaelAnthony S. Serianni

chemical kineticsbiophysicscarbohydrate chemistrychemistrybiochemistry

4 J Cocch and 4 J Cccch as Probes of Exocyclic Hydroxymethyl Group Conformation in Saccharides. The Journal of Organic Chemistry (2005)

Qingfeng PanThomas KlepachIan CarmichaelMeredith ReedAnthony S. Serianni

organic chemistrybiologychemistryinorganic chemistry

Christophe ThibaudeauRoland StenutzBrian HertzThomas KlepachShikai ZhaoQingquan WuIan CarmichaelAnthony S. Serianni

saccharide hydroxymethyl groupsc-o bond conformationscarbohydrate chemistrychemistry

1
10 / page