Be sure to stop by the Young Academic Investigator’s Symposium (YAS), where awardees will be presenting their work on Tuesday August 20, 2024 in the Mile High Ballroom 4C (Colorado Convention Center) from 8:00 AM – 4:45 PM pm! Congratulations to our 2024 awardees Thanks to this year’s organizers, Huw Davies, Lisa McElwee-White, Alex Grenning, …
We are seeking nominations of organic Assistant Professors for the Academic Young Investigator’s Symposium to be held in the Division of Organic Chemistry at the Fall 2021 ACS meeting. Junior faculty who are entering their fifth or sixth years and who have not yet been considered for tenure are eligible for this year’s symposium. The …
We are seeking nominations of organic Assistant Professors for the Academic Young Investigator’s Symposium to be held in the Division of Organic Chemistry at the Fall 2020 ACS meeting. Junior faculty who are entering their fifth or sixth years and who have not yet been considered for tenure are eligible for this year’s symposium. The …
We are seeking nominations of organic Assistant Professors for the Academic Young Investigator’s Symposium to be held in the Division of Organic Chemistry at the Fall 2019 ACS meeting. Junior faculty who are entering their fifth or sixth years and who have not yet been considered for tenure are eligible for this year’s symposium. The …
We are seeking nominations of organic Assistant Professors for the Academic Young Investigator’s Symposium to be held in the Division of Organic Chemistry at the Fall 2018 ACS meeting. Junior faculty who are entering their fifth or sixth years and who have not yet been considered for tenure are eligible for this year’s symposium. The …
We invite you to nominate Organic Chemistry Assistant Professors as potential speakers for the Academic Young Investigator’s Symposium (YAS).
The intent of this program is to recognize Assistant Professors who are entering their fifth or sixth years and who have not yet been considered for tenure. Sixteen speakers are annually invited to give 30-minute presentations on their work at the fall ACS National Meeting.
The nomination may come from the chair of the department or another tenured faculty member. Nominations consist of a nomination letter, confirmation that the nominee will be a fifth or a sixth year assistant professor during Fall 2024, and a copy of the nominee’s CV. Nominations and/or questions on the program can be directed to Huw Davies and Lisa McElwee-White. Nominations are due February 6, 2024. The Symposium for the nominees will be held at the Fall 2024 ACS Meeting.
Charlie Fehl–Wayne State University
Deciphering cellular glycan codes using chemically-controlled sugar probes
Andrew Buller–University of Wisconsin-Madison
Biocatalytic intermolecular aldol addition into unactivated ketones to access chiral tertiary alcohols
Tian Qin–University of Texas, Southwestern
Into the Next Dimension: Pharmaceutically Relevant sp3-Rich Scaffolds
Julian West–Princeton
A Radical Approach to Organic Chemistry
Justin Kim–Harvard
Expanding the functional repertoire of bioorthogonal chemistry
Fabio Juliá–Universidad de Murcia
New tools for sustainable photoinduced catalysis
Jamie Neely–Saint Louis University
New methods for C–N and C–C bond formation based on unique reactivity in iron complexes
Joel Smith–Florida State University
Redox-Economic Alkaloid Synthesis
Neha Garg–Georgia Tech University
Untargeted metabolomics approach-based discovery of thiomethylation of exo- and endogenous metabolites by Burkholderia cenocepacia
Alesia Tietze–Goteborgs Universitet
Peptide chemical engineering: from substrate-derived inhibitors to bioconjugation techniques
Abigail Knight–University of North Carolina, Chapel Hill
Exploring the Chemical Diversity of Synthetic Macromolecules for Tunable Catalysts
Courtney Roberts–University of Minnesota
Synthesis of N-Heterocycles via Aryne Intermediates
Matthew Golder–University of Washington
Masquerading Soft Materials: Using Synthesis to Unveil Anomalous Behavior in Macromolecular Design
Shauna Paradine–University of Rochester
Unconventional ligand platforms in palladium catalysis for the construction of organic molecular scaffolds
Michael Schulz–Virginia Polytechnic Institute and State University
Glycopolymers for antiviral and antibacterial applications
Andrew Roberts–University of Utah
Natural product-inspired peptide cyclization strategies and applications
Christo Sevov–The Ohio State University
Mediator-Assisted Electroreductive C(sp2)–C(sp3) Coupling Reactions
Vinayak Agarwal–Georgia Institute of Technology
A non-functional halogenase masquerades as an aromatizing dehydratase in biosynthesis of pyrrolic polyketides by type I polyketide synthases
Grace Han–Brandeis University
Design of organic photoswitches for optically-controlled phase transition and energy applications
Yiming Wang–University of Pittsburgh
Metal-enabled deprotonation for catalytic α-C–H functionalization chemistry
Sidi Bencherif–Northeastern University, Boston
Engineering injectable polymeric cryogels for biomedical applications
Ming Joo Koh–National University of Singapore
N-Heterocyclic carbene-nickel complexes as catalysts for site- and stereoselective olefin carbofunctionalizations
Joseph Badillo–Seton Hall University
Development of novel photoacids and photoacid-catalyzed reactions
Quentin Michaudel–Texas A&M University, College Station
Sulfur(VI) Fluoride Exchange (SuFEx): A Versatile Click Reaction for the Synthesis of Macromolecules and Drug-like Compounds
Davide Audisio–Commissariat a l’energie atomique et aux energies alternatives Siege administratif, Gif-sur-Yvette
Direct carbon isotope exchange of pharmaceuticals via reversible decyanation
Steven Lopez–Northeastern University, Boston
Photodynamics simulations explain photochemical reactivity and selectivities towards strained molecules
Luca Dell’Amico–University of Padova
Moving from Direct Photochemistry to Photoredox Catalysis – A Mechanistic Adventure
Rashad Karimov–Auburn University
Transition metal catalysis for heteroarene dearomatization and natural product synthesis
Maxwell Robb–California Institute of Technology, Pasadena
Force-Induced Covalent Bond Transformations: Molecular Design Strategies and Unusual Reactivity
Shouvik Bhuin; Purbali Chakraborty–Birla Institute of Technology & Science Pilani – Hyderabad Campus, Hyderabad, Telangana
Napthalene-thianthrene linked twisted small π-conjugates: Aggregation-Induced Emission (AIE), Viscofluorochromism and Bio-imaging of live FaDu cancer cell line
Zachary Wickens–University Wisconsin, Madison
New Strategies in Alkene Functionalization
Angelica de Iobbi–Oregon State University
Achieving Tropical Fruit Aromas in White Wine through Innovative Winemaking Processes
Monica Helvia Perez-Temprano–Barcelona Institute of Science and Technology, Barcelona, Spain
Deciphering mechanisms to design better catalytic reactions
Liam T. Ball–University of Nottingham
Bismuth-mediated C-H arylation
Elizabeth Elacqua–The Pennsylvania State University
Organic photoredox catalysis under confinement
Gavin Chit Tsui–The Chinese University of Hong Kong
Stereoselective palladium-catalyzed C-F bond activation of tetrasubstituted gem-difluoroalkenes
Tim Cernak–University of Michigan
Chemical synthesis at the interface of data science
Jeffrey Bandar–Colorado State University
New base-promoted reductive and oxidative coupling reactions
Jeanne L Bolliger–Oklahoma State University
New oxidative strategies for the synthesis of sulfur containing heterocycles
Vincent Lindsay–North Carolina State University
Enantioselective synthesis and applications of sulfonylcyclopropanols as modular cyclopropanone and homoenolate equivalents
Martin Conda-Sheridan–University of Nebraska
Organic and medicinal chemistry meeting biophysics: Solving microbiological problems
Semin Lee–Louisiana State University
Alkyne metathesis: Catalysts, cages, and hoops
Julia Kalow–Northwestern University
From mechanism to materials in photocontrolled polymer networks
Phillip Milner–Cornell University
Simplifying synthesis at the interface of organic and materials chemistry using porous frameworks
Christopher Turlington–Hope College
Cross-linked poly(4-vinylpyridine-N-oxide) as a polymer-supported oxygen atom transfer reagent
Masayuki Wasa–Boston College
Recent Advances in Enantioselective Cooperative Catalysis
Wei-chen Chang–North Carolina State University
Demystify Chemical Logics of Fe/2OG Enzyme Catalyzed Reactions in Natural Product Biosynthesis and Beyond
Osvaldo Gutierrez–University of Maryland
Combining Theory and Experiment to Develop Selective Iron-Catalyzed Conjunctive Cross-Coupling Reactions
Sarah Wengryniuk–TempleUniversity
Novel Umpolung Transformations Enabled by Nitrogen-Ligated Hypervalent Iodine Reagents
Hans Renata–Scripps Research Institute
Biocatalytic C–H oxidation as an enabling tool for complex molecule synthesis
Silvia Marchesan–University of Trieste
Entry in Supramolecular Wonderland through the Mirror
Sophie Rousseaux–University of Toronto
Strategies for selective C–C and C–O bond cleavage in cyclopropanols
Keary Engle–Scripts Research Institute
Catalytic Difunctionalization of Alkenes with Chiral Transient Directing Groups
David Olson–UC Davis
Iboga alkaloids as inspiration for plasticity-promoting neurotherapeutics
Ming Chen–Auburn University
Catalytic Asymmetric Stereochemical Control via Unsaturated Organoboron Compounds
Valerie Schmidt–UC San Diego
Sequential Atom-Transfer Radical Addition Strategies for Chemical Synthesis
Sunkyu Han–KAIST
Biosynthetically inspired/inspiring synthesis of complex natural products
Joseph Topczewski–University of Minnesota
Azides and Heterocycles: Fun with Dynamic Chemistry and Reactive Intermediates
Ampofo Darko–University of Tennessee
Tethered axial coordination as a control element on dirhodium paddlewheel complexes
Song Lin–Cornell University
Amping Up Organic Synthesis with Electricity: An Electrocatalytic Approach to Reaction Discovery
Jeremy M. Baskin–Cornell University
Chemical tools that IMPACT lipid signaling
Robert W. Huigens–University of Florida
Harnessing the Indole Heterocycle to Rapidly Access Complex and Diverse Compounds from Indole Alkaloids
Nathan T. Jui–Emory University
Catalytic strategies to selectively manupulate aryl radicals and strong C–F bonds
Andrew McNally–Colorado State University
Selective Functionalization of Pyridines, Diazines and Pharmaceuticals via Heterocyclic Phosphonium Salts.
Jianguo Mei–Purdue University
Semiconducting polymer blends: Bringing the best of both worlds for organic electronics
David A. Nagib–Ohio State
C–H and C–O functionalization via radical chaperones
Alison R. H. Narayan–University of Michigan, Ann Arbor
Biocatalysis and complex molecule synthesis
Ming-Yu Ngai–SUNY, Stonybrook
Development of novel chemical tools for accessing unexplored chemical spaces
David C. Powers–Texas A&M
Development of High-Valent Aerobic Oxidation Catalysis
Sergey V. Pronin–UC Irvine
New methods and strategies in the synthesis of natural products
Jennifer L. Roizen–Duke University
Alcohol and amine derivatives guide position-selective C–H functionalization reactions
Indrajeet Sharma–University of Oklahoma
Stereoselective Carbene Annulations for Assembling Molecular Complexity
Ellen M. Sletten–UCLA
Flavylium polymethine fluorophores for imaging in the shortwave infrared region
Thomas Snaddon–Indiana University
Enantioselective Chemical Synthesis Methods via Cooperative Catalysis
Jason Crawford-Yale University
Spontaneous behaviors and bond strains affect marriages (with your microbiome).
Tianning Diao-New York University
Strategies for promoting nickel-catalyzed alkene functionalization.
Brett Fors-Cornell University
Controlled cationic polymerizations regulated by light.
Alexander Grenning-University of Florida, Gainesville
Standardizing complex terpenoid synthesis.
Michael Hilinski-University of Virginia, Charlottesville
Organocatalysis of site-selective C-H hydroxylation and amination reactions.
Steven Liang-Harvard Medical School/Harvard
Spirocyclic iodonium ylide (SCIDY) mediated 18F-fluorination: A general method for the preparation of PET radiopharmaceuticals.
Peng Liu-University of Pittsburgh
Computational studies of functionalization of C-H, C-C bonds and olefins.
Justin Mohr-University of Illinois
Regio- and stereocontrol with anions and radicals.
Stephen Newman-University of Ottawa, Ottawa, ON, Canada.
Catalytic activation of esters: A high-throughput approach to reaction discovery.
David Sarlah-University of Illinois, Urbana
Enabling synthesis: Natural products and simple arenes.
Christof Sparr-University of Basel, Basel, Switzerland.
Catalyst-controlled synthesis of stereochemically complex atropisomers.
Michal Szostak-Rutgers University, Newark, NJ
Cross-coupling of amides by N–C activation.
Ian Tonks-University of Minnesota
New frontiers in oxidative catalysis with early transition metals.
Steven Townsend-Memorial Sloan-Kettering Cancer Center
Human milk glycome as a defense against pathogens.
Carl-johan Wallentin-Gothenburg University, Gothenburg, Sweden.
Acyl radical chemistry: In the age of photoredox catalysis.
Yossi Weizmann-University of Chicago
Synthetic nucleic acid topology and their biological applications
Clifford Stains-University of Nebraska
New fluorophore scaffolds for chemical biology
Eric Brustad-University of North Carolina at Chapel Hill
New recipes for biocatalysis: Expanding the cytochrome P450 chemical landscape
Kamil Godula-University of California, La Jolla
Chemical methods for tailoring glycan interactions at the cell-matrix interface
Timothy Newhouse-Yale University
Mechanistically-defined methods for synthesis of neuroactive small molecules
Alon Gorodetsky-University of California, Irvine
Synthesis of designer organic nanowires and nanoribbons
Rebekka Klausen-Johns Hopkins University
Strategic nanomaterial synthesis
Randall Goldsmith-University of Wisconsin, Madison
Can single-molecule spectroscopy be a tool for mechanistic organometallic chemistry?
Jennifer Stockdill-Wayne State University
Strategies and methods for the synthesis of topologically complex natural products
Christopher Uyeda-Purdue University
Catalysis at metal–metal bonds
Kami Hull-University of Illinois, Urbana
Transition metal catalyzed amination and amidation reactions
Corinna Schindler-University of Michigan
Catalytic carbonyl-olefin metathesis
Levi Stanley-Iowa State University
Catalytic hydroacylation and carboacylation of olefins: A platform for synthesis of heterocyclic and carbocyclic ketones
Kimberly S. Petersen-University of North Carolina, Greensboro
Novel Brønsted acid catalyzed methods for the synthesis of enantioenriched small molecules
Junha Jeon-University of Texas at Arlington
Catalytic silylation reactions: Organosilanes and organosilanols–environmentally benign, versatile synthetic building blocks, and synthetic targets
Mingji Dai-Purdue University
Catalytic carbonylation enabled total synthesis
John Bower-University of Bristol, England
Catalytic chirality generation: new strategies for heterocyclic chemistry
Marion Emmert-Worcester Polytechnic Institute
Breaking strong bonds: Adventures in sustainable chemistry
Simon Meek-University of North Carolina at Chapel Hill
Metal-catalyzed C–C bond forming reactions involving boron-stabilized organometallic nucleophiles
William M. Wuest-Temple University
Deciphering the mode of action of rhizosphere natural products via diverted total synthesis
Jean-Philip Lumb-McGill University, Canada
Bio-inspired oxidations applied to the synthesis of small molecules and functional materials
Joshua G. Pierce-North Carolina State University
Marine natural product synthesis: A platform for chemical and biological discovery
Yimon Aye-Cornell University
Targeting gain-of-function redox events that safeguard metazoan health
Jane M. Liu-Pomona College
Creating riboswitch-based whole cell biosensors for small organic molecules
David Margulies-Weizmann Institute of Science, Israel
Molecules that generate fingerprints: A new class of fluorescent probes for chemical biology and cryptography
Catherine L. Grimes-University of Delaware
Peptidoglycan and you, perfect together?
Ratmir Derda-University of Alberta, Canada
Synthesis and utility of genetically-encoded libraries of peptide derivatives
Marco Bonizzoni-University of Alabama
Dendritic polyelectrolytes as water-soluble supramolecular hosts
Marcelo I. Guzman-University of Kentucky
Probing interfacial chemistry: Photocatalytic reductions and heterogeneous oxidations
Adam Braunschweig-University of Miami
Increasing the scope of organic reactions and tools for tailoring the biotic/abiotic interface
M. Kevin Brown-Indiana University
No strain, no gain: Advances in the synthesis and use of cyclobutanes
David Chenoweth-University of Pennsylvania
Chemical tools for probing, manipulating, and imaging biological systems
Tanja Gaich-Leibniz University, Hannover, Germany
Generalized total synthesis of the sarpagine alkaloids
Dennis Gillingham-University of Basel, Switzerland
Some hard lessons in bioconjugation: When is what important, and why
Ming Hammond-University of California, Berkeley
RNA-based fluorescent biosensors for visualizing enzyme reactions
Jason Hein-University of California, Merced
Leveraging process analytical technology to enable reaction discovery and optimization
Christopher Jeffrey-University of Nevada-Reno
Natural products diversity inspires new reaction development and impacts insect biodiversity
Amanda Jones-Wake Forest University
Structure and reactivity of gold (I) complexes relevant to catalysis
Dipannita Kalyani-St. Olaf College
Palladium and nickel catalyzed carbon-carbon bond formation
Xinyu Liu-University of Pittsburgh
Emerging view on hapalindole-type alkaloid biogenesis
Michael Pluth-University of Oregon
Chemical tools for investigating biological hydrogen sulfide
Jennifer Prescher-University of California, Irvine
Expanding the bioorthogonal toolkit
Alexander Radosevich-Pennsylvania State University
Design and application of biphilic organophosphorus catalysts
Qiu Wang-Duke University
New amination strategies to access biologically important nitrogen-containing molecules
Hao Xu-Georgia State University
Searching for new reactivity: Iron-catalyzed stereoselective olefin aminohydroxylation and aminofluorination reactions
Mark R. Biscoe-City College of New York
Stereospecific metal-catalyzed cross-coupling reactions using optically active nucleophiles
Paul H.-Y. Cheong-Oregon State University
Hypotheses, mechanism, and stereocontrol in peptide-catalyzed acylation reactions
Daniel A. Clark-Syracuse University
Ruthenium hydride catalyzed silylvinylation of alkynes
Mitchell P. Croatt-University of North Carolina, Greensboro
Synergistic use of step-saving strategies in the synthesis of clinprost
Christoforos G. Kokotos-University of Athens
Amino acids, their derivatives and activated ketones: Organocatalysts for asymmetric transformations and green oxidations
László Kürti-University of Texas, Southwestern
New methods for the rapid synthesis of biaryl ligands and N-heterocycles
Gojko Lalic-University of Washington
New methods for hydrofunctionalization of unsaturated compounds
Mindy Levine-University of Rhode Island
Macrocycle-promoted energy transfer for broad-based toxicant detection
Pavel Nagorny-University of Michigan
Development of new organocatalytic acetalization reactions
Robert S. Paton-University of Oxford
Computational discoveries of organic stereostructures and selectivities
Jonathan G. Rudick-Stony Brook University
Multifunctional and multivalent molecular architectures via multicomponent reactions
Sourav Saha-Florida State University
Boundaries of anion/p-acid interactions: From anion-p interactions to charge transfer and electron transfer events
Eric Robert Strieter-University of Wisconsin
Using chemical tools to explore ubiquitin signaling
Mary P. Watson-University of Delaware
Transition metal catalysis of non-traditional electrophiles
Arthur H. Winter-Iowa State University
Chemical tools for biological applications: A physical organic chemistry approach
Sheryl L. Wiskur-University of South Carolina
Kinetic resolutions by silylation: Substrate scope and mechanistic investigations
Ivan Aprahamian-Dartmouth College
Hydrazone-based switches, fluorophores and switches
Brandon L. Ashfeld-Notre Dame University
Exploiting Unconventional Reactivity for Natural Products and Designed Materials Synthesis
Erin E. Carlson-Indiana University
Chemoselective enrichment for natural products discovery
Timothy B. Clark-University of San Diego
Substrate-directed ortho C-H borylation of substituted arenes
David A. Colby-Purdue University
Synthesis of Fluorinated Organic Compounds using the Release of Trifluoroacetate
Constatin Czekelius-Freie Universitat Berlin
Enantioselective functionalization of terminal alkynes by gold catalysis
Rudi Fasan-Rochester University
Synthesis and Evolution of Organo-Peptide Macrocycles for Modulation of Protein Complexes
Matthew Fuchter-Imperial College London
Harnessing the Potential of Helicenes
W. Seth Horne-University of Pittsburgh
Sequence-guided backbone alteration for the mimicry of protein tertiary folding
Ramesh Jasti-Boston University
Bottom-up organic synthesis of carbon nanotubes
Ognjen S. Miljanic-University of Houston
Self-sorting of dynamic combinatorial libraries under irreversible physical and chemical stimuli
E. James Petersson-University of Pennsylvania
Thioamides: Minimalist chromophores for monitoring protein dynamics
Javier Read de Alaniz-University of California, Santa Barbara
New advances in the construction of C–N and C–O bonds for organic synthesis
Jennifer M. Schomaker-University of Wisconsin
New transformations mediated by coinage metal catalysts
Uttam K. Tambar-University of Texas, Southwestern
Catalytic asymmetric molecular rearrangements
Daniel J. Weix-University of Rochester
Cross-electrophile coupling reactions: No carbon nucleophiles required
Erik J. Alexanian-University of North Carolina
New synthetic transformations using alkenes: From transition metal catalysis to metal-free radical reactions
Aaron Aponick-University of Florida
Substitution reactions of allylic and propargylic alcohols
Gong Chen-Pennsylvania State University
New C-H functionalization methods for organic synthesis
Stefan France-Georgia Institute of Technology
Letting chemistry take the lead: Catalytic approaches toward diverse skeletal complexity
Annaliese K. Franz-University of California, Davis
Hydrogen-bonding properties of organic silanols for asymmetric catalysis
Jeffrey B Johnson-Hope College
Transition metal-catalyzed activation of carbon-carbon single bonds: Mechanistic understanding leading to new methodologies
Isaac J. Krauss-Brandeis University
Combining organic synthesis with evolution to design HIV vaccine candidates
Ryan E. Looper-University of Utah
Propargylguanidine hydroaminations and their application to important hetereocyclic systems
Ruben Martin-Institute of Chemical Research of Catalonia
Metal-catalyzed activation of inert molecular bonds
Cristina Nevado-Blazquez, University of Zürich
Dual roles in gold catalysis
Scott T. Phillips-Pennsylvania State University
Reagents and strategies for amplifying signal
Webster L. Santos-Virgina Tech
Activation of diboron reagents: Catalytic copper-catalyzed borylation of electrophilic alkenes
Mihaela Stefan-University of Texas, Dallas,
Benzodithiophene semiconducting polymers for bulk heterojunction solar cells
Jimmy Wu-Dartmouth College
New methodolologies in sulfur chemistry
Hang (Hubert) Yin-University of Colorado
Targeting toll-Like receptors
Wei Zhang-University of Colorado
Development and applications of dynamic covalent chemistry (DCC): From 2D and 3D molecular architectures to organic functional materials
Zachary T. Ball-Rice University
Diverse structures and functions of dirhodium metallopeptides
Suzanne A. Blum-University of California, Irvine
Dual catalysis with organogold intermediates
Reto Dorta-University of Zürich
New carbon- and sulfur-based ligands in late-transition metal catalysis
Tom G. Driver-University of Illinois, Chicago Circle
Transition metal-catalyzed synthesis of N-heterocycles from azides: Relationship between structure and mechanism
Neil Garg-University of California, Los Angeles
Complex molecule synthesis as a fuel for discovery
Sukwon Hong-University of Florida
Development of cooperative catalysts featuring transition metal and hydrogen-bonding
Roger G. Linington-University of California, Santa Cruz
Natural products for the 21st century: Drug development and target identification of lead compounds against African sleeping sickness
Géraldine Masson-Institute for the chemistry of natural substances CNRS
Enamides as versatile nucleophiles in enantioselective synthesis of chiral amines
Hien M.Nguyen-University of Iowa
Catalytic transformations of allylic and glycosyl imidates
Bradley L. Nilsson-University of Rochester
Tuning peptide self-assembly for the preparation of bioactive materials
Jared T. Shaw-University of California, Davis
Multicomponent strategies for organic synthesis
Herman O. Sintim-University of Maryland
Concise syntheses and biological evaluations of next generation anti-infective agents
Jayaraman Sivaguru-North Dakota State University
Light induced asymmetric reactions in solution
Corey R. J. Stephenson-Boston University
Photoredox catalysis: Enabling chemical synthesis with visible light
Kian Tan-Boston College
General method for controlling regio- and stereoselectivity
Weiping Tang-University of Wisconsin
Synthesis of five, six, seven, and eight-membered rings via rhodium (I) catalyzed isomerization of propargyl esters
Michel D. Best-University of Tennessee
Chemical approaches to the investigation of protein-membrane binding interactions using synthetic lipid probes
Simon B. Blakey-Emory University
Metallonitrene/alkyne metathesis and beyond: Transition metal catalyzed oxidative amination for organic synthesis
Roman Boulatov-University of Illinois, Champaign-Urbana
Chemical insights from molecular force probes
Kate S. Carroll-University of Michigan
Painting the cysteine chapel: New tools to probe oxidation biology
Vy M. Dong-University of Toronto, Canada
An enantioselective approach to lactones: Design, scope, and mechanism
Amar H. Flood-Indiana University
Strong CH hydrogen bonds and the photodriven regulation of anions
Rebecca Jane Miriam Goss-University of East Anglia, UK
New unnatural products by harnessing biosynthesis
Elizabeth R. Jarvo-University of California, Irvine
Design and Development of Catalytic Reactions Involving Organometallic Nucleophiles
Tristan Lambert-Columbia University
Cyclopropenones and Cyclopropenium Ions: Reaction Design and Catalysis
Shih-Yuan Liu-University of Oregon
Developing the basic science and applications of boron(B)-nitrogen(N)-containing heterocycles
Tobias Ritter-Harvard University
Transition-metal catalyzed fluorination
Jason K. Sello-Brown University
Engineering Streptomyces Bacteria as Lignocellulosic Biorefineries
Brent S. Sumerlin-Southern Methodist University
Stimuli-responsive polymer-protein conjugates and “sweet-tooth” micelles
Regan J. Thomson-Northwestern University
The development and application of carbon–carbon bond forming reactions for organic synthesis
Douglas B. Weibel-University of Wisconsin
Studying the bacterial cytoskeleton using a chemical biological approach provides new opportunities for antibiotic development
Ming Xian-Washington State University
Chemical tools for mapping protein S-nitrosation
Hans-Dieter Arndt-Max Planck Institute, Dortmund
Chemical-biology studies inspired by thiopeptide natural products
André M. Beauchemin-University of Ottawa
Amination methodologies providing access to various saturated and unsaturated nitrogen heterocycles
Paul R. Blakemore-Oregon State University
Stereospecific reagent controlled homologation of boronic esters with enantioenriched chiral carbenoids
Martin D. Burke-University of Illinois, Champaign-Urbana
Synthesis and study of small molecules with protein-like functions
Chuo Chen-University of Texas, Southwestern
Synthesis of marine natural products
Don M. Coltart-Duke University
Leveraging the reactivity of thioesters and activated hydrazones in the development of new synthetic methods: applications to natural products synthesis
Malika Jeffries-EL-Iowa State University
Synthesis and characterization of 2,6-disubstituted benzobisazoles: New building blocks for conjugated materials
Matthew P. Meyer-University of California, Merced
New methods for mechanistic inquiry into asymmetric reactions
Forrest E. Michael-University of Washington
Metal- and acid-catalyzed alkene amination reactions for heterocycle synthesis
Jon T. Njardarson-Cornell University
The development of new synthetic methods
Derek Pratt-Queens University
New and Old in Lipid Peroxidation and Antioxidant Chemistry
Richmond Sarpong-University of California, Berkeley
New strategies and tactics inspired by natural products
Linda S. Shimizu-University of South Carolina
Cyclic bis-ureas: Applications as hosts for molecular recognition and as reliable supramolecular assembly units.
Christopher D. Vanderwal-University of California, Irvine
New applications of the Zincke ring opening of pyridines for complex molecule synthesis
Teshik P. Yoon-University of Wisconsin
New approaches to redox catalysis
Liming Zhang-University of Nevada-Reno
Au-catalyzed organic reactions
Christopher W. Bielawski-University of Texas, Austin
N-heterocyclic carbenes: New applications in materials chemistry
Alexander Deiters-North Carolina State University
Synthetic chemical tools for the regulation of biological processes
Nicholas E. Leadbeater-University of Connecticut
Exploring the world of microwave-promoted organic synthesis
Mohammed Movassaghi-Massachusetts Institute of Technology
Complex alkaloid total synthesis
Jonathan R. Nitschke-University of Cambridge
Directed self-assembly within systems of subcomponents
Shana J. Sturla-University of Minnesota
Probing chemical reactions in bioactivation-mediated genotoxicity
Adam R. Urbach-Trinity University
Molecular recognition and sensing of peptides by self-assembled synthetic receptors
Armen Zakarian-Florida State University/University of California, Santa Barbara
Marine natural products as an avenue for development of new reactions
Vladimir B. Birman-Washington University
Design, development and applications of a new class of enantioselective acyl transfer catalysts
Ned B. Bowden-University of Iowa
Metathesis in cascade reactions with PDMS thimbles and the synthesis of comb block copolymers for new photonic band gap materials
Ronald K. Castellano-University of Florida
Functional materials from unconventional donor-acceptor molecules
Christopher J. Chang-University of California, Berkeley
Chemical approaches to understanding peroxide biology in the brain
Sherry R. Chemler-University of Buffalo
Recent developments in copper-facilitated nitrogen heterocycle synthesis
Xi Chen-University of California, Davis
Chemoenzymatic synthesis of carbohydrates with natural and non-natural modifications
Alison J. Frontier-University of Rochester
Development of Nazarov cyclization chemistry for natural product synthesis
Justin P. Gallivan-Emory University
Guiding bacteria with small molecules and RNA
T. Keith Hollis-University of Mississippi
CCC-NHC Ligands: Carbene ligand scaffolds for catalyst design with broader applications
Michael P. Jennings-University of Alabama
Efforts toward the total syntheses of natural products via oxocarbenium cations
Lara K. Mahal-University of Texas, Austin
Analyzing the dynamic glycome via chemical biology
Glenn C. Micalizio-Yale University
Directed carbometalation reactions for convergent C–C bond construction
Mary Kay H. Pflum-Wayne State University
Chemical approaches to monitor protein phosphorylation
Dean J. Tantillo-University of California, Davis
Carbocation cascades in the biosynthesis of polycyclic terpenoid natural products
Ling Zang-Southern Illinois University
Self-assembly of high quality nanowires from rigid, planar aromatic molecules and applications in optoelectronic sensing
Yan Zhao-Iowa State University
Learning from nature: A conformational approach to responsive supramolecular hosts, catalysts, and sensors
Paramjit S. Arora-New York University
New chemical reactions for site-selective protein modification
Helen E. Blackwell-University of Wisconsin
Expanding the language of bacterial communication with synthetic ligands
Michael D. Burkhart-University of California, San Diego
Coenzyme A and natural product biosynthesis
Steven L. Castle-Brigham Young University
New strategies for the synthesis of unusual peptides and alkaloids
Stephen L. Craig-Duke University
From mechanism to mechanics in molecules and materials
Joseph M. Fox-University of Delaware
Strain as a design principle for synthesis
Mathew B. Francis-University of California, Berkeley
New chemical reactions for site-selective protein modification
Kazunori Koide-University of Pittsburgh
Organic synthesis as a tool to address biological problems
D. Tyler McQuade-Cornell University
One-pot multi-catalyst reactions enabled by encapsulated catalysts
Eric Meggers-University of Pennsylvania
Chemical biology with organometallics
Christian E. Schafmeister-University of Pittsburgh
Bis-Amino acids: A new technology for synthesizing macromolecules with designed shapes
David A. Vicic-University of Arkansas
Organometallic aspects of alkyl-alkyl cross-coupling catalysis
Alice Y. Ting-Massachusetts Institute of Technology
New chemical reporters for imaging protein function and trafficking in live cells
Lawrence J. Williams-Rutgers, The State University of New Jersey
Total synthesis of psymberin
John P. Wolfe-University of Michigan
Palladium-catalyzed carboetherification and carboamination reactions for the stereoselective synthesis of oxygen and nitrogen heterocycles
The Organic Division wishes to give greater opportunities for Assistant Professors to present their works at national settings prior to their tenure decisions. Consequently, we are scheduling the 8th Organic Assistant Professors Symposium at the 2015 Fall ACS meeting. The intent of the Symposium is to have the program composed of Assistant Professor speakers who …
The Executive Committee of the Organic Division of the ACS wishes to give greater opportunities for young professionals to present their work at national settings. In support of these goals, two symposia will be held at the 2011 Fall ACS Meeting (Denver, CO, August 28-September 1). For more details, see the 6th Organic Assistant Professors …
