Paul Floreancig

Professor

University of Pittsburgh

United States

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Professor Paul Floreancig is a faculty member at the University of Pittsburgh, USA. His research focuses on organophosphate prodrugs, stereochemical aspects of spiroketals, oxidatively labile ether-based prodrugs, and nitrogen heterocycle synthesis. He has published several articles examining oxidative reactions, hydride abstraction mechanisms, and their applications in synthetic chemistry.

Articles (14)

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2025

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2024

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2024

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2024

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2023

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2022

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2022

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2022

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2021

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2020

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2020

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2020

Collaborators (1)

Alexander Deiters

University of Pittsburgh

UNITED STATES

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Paul Floreancig

Research Interests

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Articles (14)

Difunctional oxidatively cleavable alkenyl boronates: application to cellular peroxide sensing from a fluorophore–quencher pair

Potent and Selective Oxidatively Labile Ether‐Based Prodrugs through Late‐Stage Boronate Incorporation

Potent and Selective Oxidatively Labile Ether‐Based Prodrugs through Late‐Stage Boronate Incorporation

Rapid Synthesis of the Spiroketal Subunit of Neaumycin B: Stereochemical Aspects of Singly Anomeric Spiroketals and Proposal for a Stereocenter Reassignment

Peroxide-Mediated Release of Organophosphates from Boron-Containing Phosphotriesters: A New Class of Organophosphate Prodrugs

Nitrogen Heterocycle Synthesis through Hydride Abstraction of Acyclic Carbamates and Related Species: Scope, Mechanism, Stereoselectivity, and Product Conformation Studies

Kinetics‐Based Approach to Developing Electrocatalytic Variants of Slow Oxidations: Application to Hydride Abstraction‐Initiated Cyclization Reactions

Solvent Effects and Mechanistic Studies for Re2O7-Catalyzed Allylative Annulation Reactions

Mechanism‐Based Approach to Reagent Selection for Oxidative Carbon−Hydrogen Bond Cleavage Reactions

Synthetic applications of hydride abstraction reactions by organic oxidants

Synthesis of Nitrogen-Containing Heterocycles through Catalytic Dehydrative Cyclization Reactions

Dehydrative Re2O7-Catalyzed Approach to Dihydropyran Synthesis

Dictating Thermodynamic Control through Tethering: Applications to Stereoselective Bis‐Spiroketal Synthesis

Dictating Thermodynamic Control through Tethering: Applications to Stereoselective Bis‐Spiroketal Synthesis

Collaborators (1)

Alexander Deiters

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