Faculty

Institution

Unit

Venue

Thottumkara Vinod

Professor; Interim Chair

Western Illinois University

Affiliations

Chemistry

College of Arts and Sciences

Chemistry

Western Illinois University

College of Arts & Sciences

Department of Chemistry

Thottumkara Vinod is currently serving as a Chemistry Professor; Interim Chair at Western Illinois University.

Honors

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Experiences

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Education

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Thottumkara Vinod

Western Illinois University

Professor; Interim Chair

You can click a keyword to filter the displayed items

chemistry organic chemistry chemical synthesis organic synthesis organic process research chemical sciences chemical engineering structural chemistry catalysis synthetic chemistry organic chemistry frontier biochemistry sustainable chemistry chemical reaction engineering chemical structure transition metal chemistry molecular structure deoxygenation oxidation resistance heterocycle chemistry chemical biology antimicrobial agents enzyme inhibition biomolecules halogenation organometallic catalysis antimicrobial compounds heterocyclic chemical derivative advanced oxidation process materials science synthesis methods derivative (chemistry) host-guest chemistry redox chemistry pharmaceutical chemistry oxidation reactions benzylic carbon oxidation bacillus cereus molecular cavities bioorganic chemistry inorganic chemistry frontier biological macromolecules redox biology crystal engineering organic material chemistry supramolecular chemistry alkene metathesis molecular tectonics phosphatidylinositol-specific phospholipase c terminal oxidant oxidative cleavage potential use polyethylene glycol coordination chemistry free radical biology catalyst activation electrosynthesis reactive oxygen species deep eutectic solvents cross-coupling reaction novel organocatalysts natural product synthesis lipid chemistry molecular chemistry molecular self-assembly conformational studies reagent unicellular organism catalytic use o-iodoxybenzoic acid water-soluble ibx derivative expedient synthesis iodine atom-economic co-iodination m-terphenyl derivatives structure−activity relationships oxidative transformations chemoselective oxidation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Knoevenagel Synthesis and Nmr Analysis of Stilbene Derivatives. Journal of Chemical Education (2024)

Isabella BolzeniusZach GiamisJillian MulhollandMaggie SchoenerKate DoschRaven HolmanJazmin CamachoMatthew S. McConnellThottumkara K. Vinod

medicinal chemistrystructural compositionknoevenagel synthesisstilbene derivativeschemical derivativeorganic chemistrynuclear magnetic resonance spectroscopytransition metal chemistrychemical analysisorganic synthesisstructural chemistrybiochemistrymolecular biologychemistry educationnmr analysischemical sciencesnuclear magnetic resonancechemistry

Cheminform Abstract: Oxidative Cleavage of Alkenes Using an in Situ Generated Iodonium Ion With Oxone as a Terminal Oxidant.. ChemInform (2011)

oxidative cleavageterminal oxidantorganic chemistryredox chemistrydeoxygenationbiochemistryoxidative stressredox biologycheminformaticscheminform abstractchemistry

Cheminform Abstract: Versatile and Iodine Atom‐Economic Co‐Iodination of Alkenes.. ChemInform (2011)

organic chemistryorganic synthesischeminformaticsalkene metathesischeminform abstractorganic process researchhalogenationchemical synthesischemistry

New Insights Into an Alternate Mechanism for Oxidation of Alcohols Using Iodine (V) Reagents. Conference Paper (2011)

chemical kineticsalternate mechanismchemical engineeringorganic chemistrychemical reaction engineeringredox chemistrydeoxygenationnew insightsorganic chemistry frontierchemical sciencesadvanced oxidation processoxidation resistanceorganic process researchchemical synthesischemistry

Solvent Dependent Chemoselective Oxidation of Alcohols Using Water-Soluble O-Iodoxybenzoic Acid (Ibx) Derivatives. Conference Paper (2011)

sustainable chemistrychemical engineeringorganic chemistrychemical reaction engineeringwater-soluble o-iodoxybenzoic acidorganic chemistry frontierchemical sciencesadvanced oxidation processoxidation resistanceorganic process researchchemical synthesischemistry

Oxidative Cleavage of Alkenes Using an in Situ Generated Iodonium Ion With Oxone as a Terminal Oxidant. Organic Letters (2010)

oxidative cleavageterminal oxidantorganic chemistryredox chemistryreactive oxygen speciesdeoxygenationbiochemistryoxidative stresscatalysisredox biologyfree radical biologybioorganic chemistrychemistry

Versatile and Iodine Atom-Economic Co-Iodination of Alkenes. The Journal of Organic Chemistry (2010)

organic chemistrycross-coupling reactionorganic synthesisiodine atom-economic co-iodinationchemical sciencesalkene metathesisorganic process researchhalogenationchemical synthesischemistry

Benzylic Carbon Oxidation by an in Situ Formed O-Iodoxybenzoic Acid (Ibx) Derivative. (2009)

sustainable chemistrybenzylic carbon oxidationchemical engineeringorganic chemistrycarbondeoxygenationtransition metal chemistryorganic chemistry frontiercatalysisadvanced oxidation processoxidation resistancechemical synthesischemistry

Cheminform Abstract: Benzylic Carbon Oxidation by an in Situ Formed O‐Iodoxybenzoic Acid (Ibx) Derivative.. ChemInform (2009)

chemical engineeringchemical derivativeorganic chemistrysynthetic chemistrytransition metal chemistrycatalysischeminform abstractcheminformaticsbenzylic carbon oxidationorganic process researchchemical synthesischemistry

Benzylic Carbon Oxidation Byan in Situ Formed O -Iodoxybenzoic Acid(Ibx) Derivative. Synlett (2008)

organometallic catalysisderivative (chemistry)chemical engineeringchemical derivativeorganic chemistrychemical reaction engineeringdeoxygenationtransition metal chemistryinorganic chemistry frontierorganic chemistry frontiercatalysischemical sciencesbenzylic carbon oxidationorganic process researchchemical synthesischemistry

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Thottumkara Vinod

Professor; Interim Chair

Western Illinois University

Affiliations

Chemistry

College of Arts and Sciences

Chemistry

Western Illinois University

College of Arts & Sciences

Department of Chemistry

Thottumkara Vinod is currently serving as a Chemistry Professor; Interim Chair at Western Illinois University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thottumkara Vinod

Western Illinois University

Professor; Interim Chair

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Knoevenagel Synthesis and Nmr Analysis of Stilbene Derivatives. Journal of Chemical Education (2024)

Isabella BolzeniusZach GiamisJillian MulhollandMaggie SchoenerKate DoschRaven HolmanJazmin CamachoMatthew S. McConnellThottumkara K. Vinod

Cheminform Abstract: Oxidative Cleavage of Alkenes Using an in Situ Generated Iodonium Ion With Oxone as a Terminal Oxidant.. ChemInform (2011)

oxidative cleavageterminal oxidantorganic chemistryredox chemistrydeoxygenationbiochemistryoxidative stressredox biologycheminformaticscheminform abstractchemistry

Cheminform Abstract: Versatile and Iodine Atom‐Economic Co‐Iodination of Alkenes.. ChemInform (2011)

organic chemistryorganic synthesischeminformaticsalkene metathesischeminform abstractorganic process researchhalogenationchemical synthesischemistry

New Insights Into an Alternate Mechanism for Oxidation of Alcohols Using Iodine (V) Reagents. Conference Paper (2011)

Solvent Dependent Chemoselective Oxidation of Alcohols Using Water-Soluble O-Iodoxybenzoic Acid (Ibx) Derivatives. Conference Paper (2011)

Oxidative Cleavage of Alkenes Using an in Situ Generated Iodonium Ion With Oxone as a Terminal Oxidant. Organic Letters (2010)

Versatile and Iodine Atom-Economic Co-Iodination of Alkenes. The Journal of Organic Chemistry (2010)

organic chemistrycross-coupling reactionorganic synthesisiodine atom-economic co-iodinationchemical sciencesalkene metathesisorganic process researchhalogenationchemical synthesischemistry

Benzylic Carbon Oxidation by an in Situ Formed O-Iodoxybenzoic Acid (Ibx) Derivative. (2009)

Cheminform Abstract: Benzylic Carbon Oxidation by an in Situ Formed O‐Iodoxybenzoic Acid (Ibx) Derivative.. ChemInform (2009)

Benzylic Carbon Oxidation Byan in Situ Formed O -Iodoxybenzoic Acid(Ibx) Derivative. Synlett (2008)

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