CCHF | Organic Pedagogical Electronic Network (OPEN)
The Organic Pedagogical Electronic Network, or OPEN, is a new model for disseminating the cutting edge research being performed in the Center in an educational format for the scientific community and beyond.
The CCHF is performing research that has the potential to redefine the way scientists think about the construction of organic molecules. With OPEN we hope to effect a similar change in the way organic chemistry is taught and presented.
Instead of textbooks and flash cards the CCHF community is building online digital tools and resources to streamline the incorporation of new advances and discoveries into science education, facilitating the movement of C–H Functionalization into the mainstream of organic chemistry.
Related Activities:
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12/2016
OPEN: Selective Oxidation of C–H Bonds with Hyper-Electrophiles
EDUCATION
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10/2017
OPEN: Small Molecule and Biological Catalysis in C–H Activation
EDUCATION
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06/2017
OPEN: Seeking Opportunities for C–H Functionalization methods in Synthesis
EDUCATION
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06/2017
OPEN: C–H Functionalization as a Strategic Tactic in Natural Product Synthesis
EDUCATION
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03/2017
OPEN: Stereoselective Radical C–H Functionalization
EDUCATION
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03/2017
OPEN: Cobalt-Catalyzed C(sp2)–H and C(sp3)–H Bond Functionalization
EDUCATION
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03/2017
OPEN: Kinetic Studies in Support of Mechanistic Analysis in C–H Functionalization Reactions
EDUCATION
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08/2016
OPEN: Catalyst-Controlled Functionalization of Unactivated C–H Bonds
EDUCATION
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08/2016
OPEN: Adventures in Aldehyde C–H Bond Activation
EDUCATION
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08/2016
OPEN: Development of Direct C–H Amination Reactions
EDUCATION
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08/2016
OPEN: Engineering Selectivity in Biocatalytic C–H Functionalization
EDUCATION
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03/2016
OPEN: Creation of New Carbon Materials by C–H Functionalization
EDUCATION
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03/2016
OPEN: Ligand Development in Rh(III)-Catalysis for C–H Activation
EDUCATION
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03/2016
OPEN: Computational Explorations of Mechanisms and Selectivities of C–H Functionalization
EDUCATION
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03/2016
OPEN: Applications of C–H Functionalization to the Synthesis of Alkaloids
EDUCATION
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09/2015
OPEN:Towards Practical C–H Activation Reactions: Substrates, Metals and Ligands
EDUCATION
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05/2015
OPEN: New Strategies for the C–H functionalization of Aliphatic Amines
EDUCATION
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09/2015
OPEN: Catalytic Functionalization of C–H Bonds with Main Group Reagents
EDUCATION
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09/2015
OPEN:Flow Catalysis in Versatile and Scalable Hollow Fiber Reactors
EDUCATION
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05/2015
OPEN: Toward controlling the polymerization of semiconducting molecules using C–H arylation
EDUCATION
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05/2015
OPEN: Pd-Catalyzed aerobic C–H oxidation reactions: Mechanistic questions and (a few) answers
EDUCATION
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05/2015
OPEN: Visible light mediated C–H Functionalization
EDUCATION
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05/2015
OPEN: Silylation of C–H bonds in aromatic heterocycles by an earth abundant metal catalyst
EDUCATION