Канал: Center for Selective C-H Functionalization

International Carbene and Nitrene Consortium

International Carbene and Nitrene Consortium

ACS DOC Virtual Webinar

ACS DOC Virtual Webinar

International Carbene and Nitrene Consortium (ICNC) Symposium

International Carbene and Nitrene Consortium (ICNC) Symposium

Biochemical reaction setup with Robbie and Rosa

Biochemical reaction setup with Robbie and Rosa

Alumni VS Part 2.3 - Prof. Jennifer Roizen

Alumni VS Part 2.3 - Prof. Jennifer Roizen

Alumni VS Part 2.2 - Prof. Andrew Lowell

Alumni VS Part 2.2 - Prof. Andrew Lowell

Alumni VS Part 2.4 - Prof. Sidney Wilkerson-Hill

Alumni VS Part 2.4 - Prof. Sidney Wilkerson-Hill

CCHF VS Undergraduate Edition 1.3 - Prof. Sarpong

CCHF VS Undergraduate Edition 1.3 - Prof. Sarpong

CCHF VS Undergraduate Edition 1.2 - Prof. MacBeth

CCHF VS Undergraduate Edition 1.2 - Prof. MacBeth

CCHF VS Undergraduate Edition 1.1 - Prof. Davies

CCHF VS Undergraduate Edition 1.1 - Prof. Davies

CCHF Alumni Virtual Symposium Part 1.5 - Prof. Keary Engle

CCHF Alumni Virtual Symposium Part 1.5 - Prof. Keary Engle

CCHF Alumni Virtual Symposium Part 1.4 - Prof. Elizabeth Bess

CCHF Alumni Virtual Symposium Part 1.4 - Prof. Elizabeth Bess

CCHF Alumni Virtual Symposium Part 1.3 - Prof. Peng Liu

CCHF Alumni Virtual Symposium Part 1.3 - Prof. Peng Liu

CCHF Alumni Virtual Symposium Part 1.2 - Prof. Julian West

CCHF Alumni Virtual Symposium Part 1.2 - Prof. Julian West

CCHF Alumni Virtual Symposium Part 1.1 - Prof. Vincent Lindsay

CCHF Alumni Virtual Symposium Part 1.1 - Prof. Vincent Lindsay

CCHF VS 19.3 - Prof. Robert Knowles

CCHF VS 19.3 - Prof. Robert Knowles

CCHF VS 19.2 - Prof. Ang Li

CCHF VS 19.2 - Prof. Ang Li

CCHF VS 19.1 - Prof. Pedro Perez

CCHF VS 19.1 - Prof. Pedro Perez

CCHF VS 20.3 - Prof. Kendall Houk

CCHF VS 20.3 - Prof. Kendall Houk

CCHF VS 20.2 - Prof. Masayuki Wasa

CCHF VS 20.2 - Prof. Masayuki Wasa

CCHF VS 20.1 - Prof. Procter

CCHF VS 20.1 - Prof. Procter

CCHFVS 18.1 - Prof. Alison Narayan

CCHFVS 18.1 - Prof. Alison Narayan

CCHFVS 18.2 - Prof. Abigail G. Doyle

CCHFVS 18.2 - Prof. Abigail G. Doyle

CCHFVS 18.3 - Prof. Tom Rovis

CCHFVS 18.3 - Prof. Tom Rovis

CCHF VS 17.3 - Prof. Michael Hilinski

CCHF VS 17.3 - Prof. Michael Hilinski

CCHF VS 17.2 - Prof. Hans Renata

CCHF VS 17.2 - Prof. Hans Renata

CCHF VS 17.1 - Prof. David Nicewicz

CCHF VS 17.1 - Prof. David Nicewicz

CCHF VS 16.3 - Prof. Debabrata Maiti

CCHF VS 16.3 - Prof. Debabrata Maiti

CCHF VS 16.1 - Prof. Ruben Martin

CCHF VS 16.1 - Prof. Ruben Martin

CCHF VS 15.3 - Prof. Mario Leclerc

CCHF VS 15.3 - Prof. Mario Leclerc

CCHF VS 15.2 - Prof. Daniel Seidel

CCHF VS 15.2 - Prof. Daniel Seidel

CCHF VS 15.1 - Prof. Colleen Scott

CCHF VS 15.1 - Prof. Colleen Scott

CCHF VS 14.2 - Prof. Erik Alexanian

CCHF VS 14.2 - Prof. Erik Alexanian

CCHF VS 14.1 - Prof. Richmond Sarpong

CCHF VS 14.1 - Prof. Richmond Sarpong

CCHF VS 13.2 - Prof. Peng Liu

CCHF VS 13.2 - Prof. Peng Liu

CCHF VS 13.1 - Prof. Olivier Baudoin

CCHF VS 13.1 - Prof. Olivier Baudoin

CCHF VS 12.4 - Prof. Karen Goldberg | Reactivity of Late Transition Metal Organometallic Complexes

CCHF VS 12.4 - Prof. Karen Goldberg | Reactivity of Late Transition Metal Organometallic Complexes

CCHF VS 12.3 - Prof. Brian Stoltz | Adventures in C–H Functionalization

CCHF VS 12.3 - Prof. Brian Stoltz | Adventures in C–H Functionalization

CCHF VS 12.2 - Dr Shane Krska | Applications of C–H Functionalization in Drug Discovery

CCHF VS 12.2 - Dr Shane Krska | Applications of C–H Functionalization in Drug Discovery

CCHF VS 12.1 - Prof. Jin-Quan Yu | Molecular Editing at the Ångström Scale

CCHF VS 12.1 - Prof. Jin-Quan Yu | Molecular Editing at the Ångström Scale

CCHF VS 11.2 - Prof. Hosea Nelson | C–H Functionalization Reactions of Dicoordinated Carbocations

CCHF VS 11.2 - Prof. Hosea Nelson | C–H Functionalization Reactions of Dicoordinated Carbocations

CCHF VS 11.4 - Prof. Jessica Hoover | Oxidative Decarboxylative Arylation Reactions of C–H bonds

CCHF VS 11.4 - Prof. Jessica Hoover | Oxidative Decarboxylative Arylation Reactions of C–H bonds

CCHF VS 11.3 - Prof. Thomas Maimone | Synthesis of Complex Terpenes from Hydrocarbons

CCHF VS 11.3 - Prof. Thomas Maimone | Synthesis of Complex Terpenes from Hydrocarbons

CCHF VS 11.1 - Prof. David Nagib | C–H Functionalization via Radical Relay Chaperones

CCHF VS 11.1 - Prof. David Nagib | C–H Functionalization via Radical Relay Chaperones

CCHF VS 10.3 - Prof. Ive Hermans | Boron-based Materials as Selective Catalysts

CCHF VS 10.3 - Prof. Ive Hermans | Boron-based Materials as Selective Catalysts

CCHF VS 10.2 - Dr. Eric Voight | C–H Functionalization at AbbVie

CCHF VS 10.2 - Dr. Eric Voight | C–H Functionalization at AbbVie

CCHF VS 10.1 - Prof. Jared Lewis | Selective Halogenation using Engineered Halogenases

CCHF VS 10.1 - Prof. Jared Lewis | Selective Halogenation using Engineered Halogenases

CCHF VS 8.4 - Prof. Phil Baran | Translational Chemistry

CCHF VS 8.4 - Prof. Phil Baran | Translational Chemistry

001 What is C–H Functionalization?

001 What is C–H Functionalization?

Dr. Jen Heemstra - Embracing Failure Seminar

Dr. Jen Heemstra - Embracing Failure Seminar

Catalyst Carnival - Atom Shoot

Catalyst Carnival - Atom Shoot

Catalyst Carnival - Chemistry Cornhole

Catalyst Carnival - Chemistry Cornhole

Catalyst Carnival - Molecular Operation

Catalyst Carnival - Molecular Operation

Catalyst Carnival - Medicine match

Catalyst Carnival - Medicine match

Catalyst Carnival - Synthesis Maze

Catalyst Carnival - Synthesis Maze

CCHF VS 13.3 - Prof. Huw Davies

CCHF VS 13.3 - Prof. Huw Davies

CCHF VS 9.2 - Prof. Jamal Musaev | Multi-Disciplinary Efforts for Understanding CH Functionalization

CCHF VS 9.2 - Prof. Jamal Musaev | Multi-Disciplinary Efforts for Understanding CH Functionalization

CCHF VS 16.2 - Prof. Jennifer Roizen (Duke)

CCHF VS 16.2 - Prof. Jennifer Roizen (Duke)

CCHF VS 9.4 - Prof. Jonathan Ellman

CCHF VS 9.4 - Prof. Jonathan Ellman

CCHF VS 9.3 - Prof. Naoto Chatani | Rhodium Catalyzed Alkylation of C–H Bonds with Alkenes

CCHF VS 9.3 - Prof. Naoto Chatani | Rhodium Catalyzed Alkylation of C–H Bonds with Alkenes

CCHF VS 9.1 - Prof. Uttam Tambar | Stereoselective Functionalization of Unsaturated Hydrocarbons

CCHF VS 9.1 - Prof. Uttam Tambar | Stereoselective Functionalization of Unsaturated Hydrocarbons

CCHF VS 8.1 - Prof. Simon Blakey | Regioselective Intermolecular Allylic C–H Functionalization

CCHF VS 8.1 - Prof. Simon Blakey | Regioselective Intermolecular Allylic C–H Functionalization

CCHF-VS 6.1 | Prof. Marder: C–H Functionalization in Materials Science

CCHF-VS 6.1 | Prof. Marder: C–H Functionalization in Materials Science

CCHF-VS 7.1 | Prof. Sigman: Bringing Modern Data Analysis Tools to Organic Chemistry

CCHF-VS 7.1 | Prof. Sigman: Bringing Modern Data Analysis Tools to Organic Chemistry

CCHF-VS 8.3 | Prof. Montgomery: Small Molecule and Biological Catalysis in C–H Activation

CCHF-VS 8.3 | Prof. Montgomery: Small Molecule and Biological Catalysis in C–H Activation

What is OPEN?

What is OPEN?

CCHF VS 8.2 - Prof. Guangbin Dong | C–H and C–C Functionalization of Ketones

CCHF VS 8.2 - Prof. Guangbin Dong | C–H and C–C Functionalization of Ketones

CCHF-VS 6.4 | Prof. Zhang: Stereoselective Radical C–H Functionalization

CCHF-VS 6.4 | Prof. Zhang: Stereoselective Radical C–H Functionalization

CCHF-VS 5.3 | Prof. Du Bois: Selective Oxidation of C–H Bonds with Hyper-Electrophiles

CCHF-VS 5.3 | Prof. Du Bois: Selective Oxidation of C–H Bonds with Hyper-Electrophiles

CCHF-VS 7.2 | Prof.'s Berry and Schomaker: Nitrene Transfer Catalysis

CCHF-VS 7.2 | Prof.'s Berry and Schomaker: Nitrene Transfer Catalysis

CCHF-VS 6.3 | Prof. Sorensen: Seeking Opportunities for C–H Functionalization methods in Synthesis

CCHF-VS 6.3 | Prof. Sorensen: Seeking Opportunities for C–H Functionalization methods in Synthesis

CCHF-VS 6.2 | Prof. Reisman: C–H Functionalization as a Tactic in Synthesis

CCHF-VS 6.2 | Prof. Reisman: C–H Functionalization as a Tactic in Synthesis

CCHF-VS 5.4 | Prof. Chirik: Cobalt-Catalyzed C(sp2)–H and C(sp3)–H Bond Functionalization

CCHF-VS 5.4 | Prof. Chirik: Cobalt-Catalyzed C(sp2)–H and C(sp3)–H Bond Functionalization

CCHF-VS 5.1 | Prof. Blackmond: Kinetic Studies in Analysis of C-H Functionalization Reactions

CCHF-VS 5.1 | Prof. Blackmond: Kinetic Studies in Analysis of C-H Functionalization Reactions

CCHF VS 4.4 | Prof. Chang: Development of Direct C–H Amination Reactions

CCHF VS 4.4 | Prof. Chang: Development of Direct C–H Amination Reactions

CCHF VS 4.2 | Prof. Dong: Adventures in Aldehyde C–H Bond Activation

CCHF VS 4.2 | Prof. Dong: Adventures in Aldehyde C–H Bond Activation

CCHF VS 4.3 | Prof. Davies: Catalyst-Controlled Functionalization of Unactivated C–H Bonds

CCHF VS 4.3 | Prof. Davies: Catalyst-Controlled Functionalization of Unactivated C–H Bonds

CCHF VS 4.1 | Prof. Sherman: Engineering Selectivity in Biocatalytic C–H Functionalization

CCHF VS 4.1 | Prof. Sherman: Engineering Selectivity in Biocatalytic C–H Functionalization

A Second-Generation Synthesis of the Cyanthiwigin Natural Product Core

A Second-Generation Synthesis of the Cyanthiwigin Natural Product Core

CCHF-VS 3.3 | Prof. Houk: Computational Explorations of C–H Functionalization

CCHF-VS 3.3 | Prof. Houk: Computational Explorations of C–H Functionalization

CCHF-VS 3.4 | Prof. Itami: Creation of New Carbon Materials by C–H Functionalization

CCHF-VS 3.4 | Prof. Itami: Creation of New Carbon Materials by C–H Functionalization

CCHF-VS 3.2 | Prof. Rovis: Rh(III) Catalysis for C–H Activation

CCHF-VS 3.2 | Prof. Rovis: Rh(III) Catalysis for C–H Activation

CCHF-VS 3.1 | Prof. Sarpong: Applications of C–H Functionalization to the Synthesis of Alkaloids

CCHF-VS 3.1 | Prof. Sarpong: Applications of C–H Functionalization to the Synthesis of Alkaloids

Davies thrid generation dirhodium paddlewheel complex

Davies thrid generation dirhodium paddlewheel complex

CCHF-VS 2.4 | Prof. Yu: Towards Practical C–H Activation Reactions: Substrate, Metals and Ligands

CCHF-VS 2.4 | Prof. Yu: Towards Practical C–H Activation Reactions: Substrate, Metals and Ligands

CCHF-VS 2.3 | Prof. Jones: Flow Catalysis in Versatile and Scalable Hollow Fiber Reactors

CCHF-VS 2.3 | Prof. Jones: Flow Catalysis in Versatile and Scalable Hollow Fiber Reactors

CCHF-VS 2.2 | Prof. Hartwig: Catalytic Functionalization of C–H Bonds with Main Group Reagents

CCHF-VS 2.2 | Prof. Hartwig: Catalytic Functionalization of C–H Bonds with Main Group Reagents

CCHF-VS 2.1 | Prof. Sanford: New Strategies for the C–H Functionalization of Aliphatic Amines

CCHF-VS 2.1 | Prof. Sanford: New Strategies for the C–H Functionalization of Aliphatic Amines

Hey Newshour, this is why I chose Organic Chemistry

Hey Newshour, this is why I chose Organic Chemistry

CCHF Outreach at Fernbank Museum Science at Hand Day, 11/09/2013

CCHF Outreach at Fernbank Museum Science at Hand Day, 11/09/2013