Faculty

Institution

Unit

Venue

John-Stephen Taylor

Professor of Chemistry

Washington University in St. Louis

Affiliations

Arts & Sciences

Chemistry

John-stephen Taylor is currently serving as an Arts & Sciences Professor of Chemistry at Washington University In St. Louis.

Honors

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Experiences

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Education

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John-Stephen Taylor

Washington University in St. Louis

Professor of Chemistry

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molecular biology biochemistry genetics nucleic acids structural biology biomolecular engineering dna repair biological chemistry molecular genetics nanotechnology protein science enzymes photochemistry nucleic acid chemistry gene expression nanobiotechnology molecular science structural molecular biology rna biology medicinal chemistry genome biology enzyme inhibition biomolecular structure biochemical sciences dna nanotechnology bioconjugation photobiology mutagenesis redox biology clinical chemistry nanoparticle research radiation biology yeast molecular fragmentation medicinal research molecular structure biochemical genetics pharmaceutical nanotechnology transcriptomics technology applied microbiology mammalian biology skin cancer cancer biology biological inorganic chemistry epigenetic changes peptide engineering oligonucleotides thymine dimer dna photoproducts peptide nucleic acids solution-state structure cis-syn thymine dimers crystal structures enzymatic modification supramolecular chemistry molecular substrates cancer genetics microbial genetics host specificity epigenomics bacteriophages molecular biotechnology pharmaceutical chemistry protein chemistry molecular evidence cyclobutane pyrimidine dimer dna decamer dipyrimidine sites photoproduct dna photolyase reaction mechanism dna dodecamer duplex dewar photoproducts dewar valence isomer dna photolyase mutation spectra cis-syn thymine dimer natural product research heat shock proteins natural product communication bioorganic chemistry cancer research chemoprevention strategies breast cancer imaging molecular technology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Distinguishing Isomeric Cyclobutane Thymidine Dimers by Ion Mobility and Tandem Mass Spectrometry. Journal of the American Society for Mass Spectrometry (2024)

Hsin-Chieh YangSavannah S. ScruggsMengqi ChaiGeorge MathaiJohn-Stephen TaylorMichael L. Gross

analytical chemistrytandem mass spectrometrybiochemistrymass spectrometry

Data From Inhibition of Telomerase Activity Enhances Hyperthermia-Mediated Radiosensitization. (2023)

Manjula AgarwalShruti PanditaClayton R. HuntArun GuptaXuan YueSaira KhanRaj K. PanditaDavid PrattJerry W. ShayJohn-Stephen A. TaylorTej K. Pandita

physiologyenzyme inhibitionhyperthermia-mediated radiosensitizationcell and molecular biologyneurosciencehyperthermiatelomerase activity

Post- and Pre-Radiolabeling Assays for Anti Thymidine Cyclobutane Dimers as Intrinsic Photoprobes of Various Types of G-Quadruplexes, Reverse Hoogsteen Hairpins, and Other Non-B Dna Structures. Biochemistry (2023)

Natalia E. Gutierrez-BayonaSavannah S. ScruggsHsin-Chieh YangMengqi ChaiMichael L. GrossJohn-Stephen Taylor

reverse hoogsteen hairpinspharmacologyphotochemistrypre-radiolabeling assaysintrinsic photoprobes

Supplementary Figure 1, Table 1 From Inhibition of Telomerase Activity Enhances Hyperthermia-Mediated Radiosensitization. (2023)

Manjula AgarwalShruti PanditaClayton R. HuntArun GuptaXuan YueSaira KhanRaj K. PanditaDavid PrattJerry W. ShayJohn-Stephen A. TaylorTej K. Pandita

enzyme inhibitionpharmacologyhyperthermia-mediated radiosensitizationenzymeshyperthermiabiochemistrytelomerase activity

Adjacent and Nonadjacent Dipyrimidine Photoproducts as Intrinsic Probes of Dna Secondary and Tertiary Structure †. Photochemistry and Photobiology (2022)

John‐Stephen Taylor

intrinsic probesmolecular structurephotochemistryphotobiologynonadjacent dipyrimidine photoproductsmolecular biology

Ability of the Putative Decomposition Products of 2,3‐Dioxetanes of Indoles to Photosensitize Cyclobutane Pyrimidine Dimer (Cpd) Formation and Its Implications for the “Dark” (Chemisensitized) Pathway to Cpds in Melanocytes †. Photochemistry and Photobiology (2021)

Yanjing WangElena M. CacchilloDariusz M. NiedzwiedzkiJohn‐Stephen Taylor

cyclobutane pyrimidine dimerputative decomposition productsorganic chemistryphotochemistryorganic synthesischemistry

The Effect of Flanking Bases on Direct and Triplet Sensitized Cyclobutane Pyrimidine Dimer Formation in Dna Depends on the Dipyrimidine, Wavelength and the Photosensitizer. Nucleic Acids Research (2021)

Chen LuNatalia Eugenia Gutierrez-BayonaJohn-Stephen Taylor

nucleic acid chemistrygeneticsmolecular biologystructural biologybiochemistrynucleic acids

Evidence for Reverse Hoogsteen Hairpin Intermediates in the Photocrosslinking of Human Telomeric Dna Sequences. Photochemistry and Photobiology (2018)

Chen LuJillian E. Smith‐CarpenterJohn‐Stephen A. Taylor

genome biologybiophysicsgeneticsphotochemistryphotobiologymolecular geneticsmolecular biologystructural biology

Photochemical Evidence for the Presence of a Reverse-Hoogsteen Hairpin Structure in Human Telomeric Dna Sequences. Photochem. Photobiol. (2018)

oligonucleotidesphotochemical evidencegeneticsbiomolecular structuredna sequencingmolecular biologydna analysisdna repairdna replicationreverse-hoogsteen hairpin structurenucleic acids

Photocrosslinking of G‐Quadruplex‐Forming Sequences Found in Human Promoters. Photochemistry and Photobiology (2018)

Jillian E. Smith‐CarpenterJohn‐Stephen Taylor

human promotersgeneticsphotochemistryphotobiologyg-quadruplex-forming sequencesmolecular biology

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John-Stephen Taylor

Professor of Chemistry

Washington University in St. Louis

Affiliations

Arts & Sciences

Chemistry

John-stephen Taylor is currently serving as an Arts & Sciences Professor of Chemistry at Washington University In St. Louis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John-Stephen Taylor

Washington University in St. Louis

Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Distinguishing Isomeric Cyclobutane Thymidine Dimers by Ion Mobility and Tandem Mass Spectrometry. Journal of the American Society for Mass Spectrometry (2024)

Hsin-Chieh YangSavannah S. ScruggsMengqi ChaiGeorge MathaiJohn-Stephen TaylorMichael L. Gross

analytical chemistrytandem mass spectrometrybiochemistrymass spectrometry

Data From Inhibition of Telomerase Activity Enhances Hyperthermia-Mediated Radiosensitization. (2023)

Manjula AgarwalShruti PanditaClayton R. HuntArun GuptaXuan YueSaira KhanRaj K. PanditaDavid PrattJerry W. ShayJohn-Stephen A. TaylorTej K. Pandita

physiologyenzyme inhibitionhyperthermia-mediated radiosensitizationcell and molecular biologyneurosciencehyperthermiatelomerase activity

Natalia E. Gutierrez-BayonaSavannah S. ScruggsHsin-Chieh YangMengqi ChaiMichael L. GrossJohn-Stephen Taylor

reverse hoogsteen hairpinspharmacologyphotochemistrypre-radiolabeling assaysintrinsic photoprobes

Supplementary Figure 1, Table 1 From Inhibition of Telomerase Activity Enhances Hyperthermia-Mediated Radiosensitization. (2023)

Manjula AgarwalShruti PanditaClayton R. HuntArun GuptaXuan YueSaira KhanRaj K. PanditaDavid PrattJerry W. ShayJohn-Stephen A. TaylorTej K. Pandita

enzyme inhibitionpharmacologyhyperthermia-mediated radiosensitizationenzymeshyperthermiabiochemistrytelomerase activity

Adjacent and Nonadjacent Dipyrimidine Photoproducts as Intrinsic Probes of Dna Secondary and Tertiary Structure †. Photochemistry and Photobiology (2022)

John‐Stephen Taylor

intrinsic probesmolecular structurephotochemistryphotobiologynonadjacent dipyrimidine photoproductsmolecular biology

Yanjing WangElena M. CacchilloDariusz M. NiedzwiedzkiJohn‐Stephen Taylor

cyclobutane pyrimidine dimerputative decomposition productsorganic chemistryphotochemistryorganic synthesischemistry

Chen LuNatalia Eugenia Gutierrez-BayonaJohn-Stephen Taylor

nucleic acid chemistrygeneticsmolecular biologystructural biologybiochemistrynucleic acids

Evidence for Reverse Hoogsteen Hairpin Intermediates in the Photocrosslinking of Human Telomeric Dna Sequences. Photochemistry and Photobiology (2018)

Chen LuJillian E. Smith‐CarpenterJohn‐Stephen A. Taylor

genome biologybiophysicsgeneticsphotochemistryphotobiologymolecular geneticsmolecular biologystructural biology

Photochemical Evidence for the Presence of a Reverse-Hoogsteen Hairpin Structure in Human Telomeric Dna Sequences. Photochem. Photobiol. (2018)

oligonucleotidesphotochemical evidencegeneticsbiomolecular structuredna sequencingmolecular biologydna analysisdna repairdna replicationreverse-hoogsteen hairpin structurenucleic acids

Photocrosslinking of G‐Quadruplex‐Forming Sequences Found in Human Promoters. Photochemistry and Photobiology (2018)

Jillian E. Smith‐CarpenterJohn‐Stephen Taylor

human promotersgeneticsphotochemistryphotobiologyg-quadruplex-forming sequencesmolecular biology

1
2
3
4
5
16
10 / page

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Similar Faculty Members

Francis Johnson

Institution

Stony Brook University

natural product communication

medicinal chemistry

Scott K Silverman

Institution

University of Illinois Urbana-Champaign

nucleic acid

biotechnology

Michael P. Stone

Institution

Vanderbilt University

molecular biology

biochemistry

Gregory Verdine

Institution

Harvard University

therapeutic modalities

peptide

Danith Ly

Institution

Carnegie Mellon University

general chemistry

molecular and cellular biology

Charles E. McKenna

Institution

University of Southern California

future medicinal chemistry

medicinal chemistry

Martin Egli

Institution

Vanderbilt University

molecular biology

circadian clocks

Suse Broyde

Institution

New York University

molecular biology

mutagenesis (molecular biology technique)

Roger M. Leblanc

Institution

University of Miami

materials science

biophysics

Nicholas Geacintov

Institution

New York University

molecular biology

mutagenesis