The Kim Research Group

The Kim Research Group at Clemson - Synthetic Organic Chemistry and Catalysis

[The Kim Research Group @TheKimResearch1]

@IJD90 Yup! It still does but little slower with lower yield (as you would expect and depends on the starting materials). We are currently working on fine-tuning the condition so less equiv of reagents/SM is needed!

[The Kim Research Group @TheKimResearch1]

Check out our latest #1 deoxy-functionalization chemistry!

Direct Stereospecific Deoxyamination of Alcohols Enabled by Li-Mediated SuFEx | Organic Letters https://t.co/NIwdq5TgA7

[The Kim Research Group @TheKimResearch1]

Check out our latest #2 deoxy-functionalization chemistry!

Asymmetric Deoxy-Fluoroalkylation of Amides Enabled by Transimination | Organic Letters https://t.co/xCFE6hOFWR

[The Kim Research Group @TheKimResearch1]

Very grateful to receive a @NIH @NIGMS R35 ESI-MIRA award ($1.9M over 5 years). This award will support our work developing new deoxygenative chemistry!

[Kim Lab @TUKimistry]

Check out our most recent publication out now in Organic Letters! @JOC_OL https://t.co/QoLr9OCvTb
Unified Hydrogen Atom Transfer Approach To Construct Vicinal Functionality

[The Kim Research Group @TheKimResearch1]

Thrilled to present Dr. Amaechi Odoh! 🎉👍
Very talented and passionate chemist! He pioneered the SuFEx-enabled deoxy-diversification in the Kim Group. First Ph.D. from the group too. He will be starting at AbbVie process next year! Very happy for you Amaechi!

[J Org Chem/Org Lett @JOC_OL]

From @TheKimResearch1 in #OrgLett: new enantioselective deoxy-functionalization of carboxylic acids via Ti-multicatalysis. Check it out! https://t.co/gVdpFwGlIL

[The Kim Research Group @TheKimResearch1]

Happy to share our paper on new enantioselective deoxy-functionalization of carboxylic acids via Ti-multicatalysis!

Enantioselective Deoxygenative Amino-Cyanation of Carboxylic Acids via Ti-Multicatalysis | Organic Letters https://t.co/sR2uSH3TYG

[J Org Chem/Org Lett @JOC_OL]

Ammonium-binding Bifunctional ACE (aza-crown ether) Catalysis by @TheKimResearch1 in #JOrgChem https://t.co/BX3al9bKvU

[The Kim Research Group @TheKimResearch1]

Excited to share our new paper on supramolecular catalysis by designing a new bifunctional aza-crown ether!

Ammonium-Binding Bifunctional Aza-Crown Ether Catalysts for Substrate-Selective Hydroxyl Functionalization | The Journal of Organic Chemistry https://t.co/eZea9uFhB4

[The Kim Research Group @TheKimResearch1]

SuFEx-Enabled Direct Deoxy-Diversification of Alcohols | Organic Letters https://t.co/qHtMAtkloI

[The Kim Research Group @TheKimResearch1]

A bit of late news but we are excited to share our @acsprf ND was approved for funding! Very excited and grateful!

[The Kim Research Group @TheKimResearch1]

Amaechi placed 2nd in the DuPont's GOLD Competition! Congratulations! Thank you #DuPont and #NOBCChE!

[The Kim Research Group @TheKimResearch1]

Summer undergraduate research symposium @ClemsonUniv Great working with you Ethan and Thomas!

[The Kim Research Group @TheKimResearch1]

Diego and Jacob presented their awesome work at the 2021 Summer Undergraduate Research Symposium @clemsonuniversity 😎
Congratulations on your successful summer! #reunsf #summerresearch #chemistryclemson

[The Kim Research Group @TheKimResearch1]

#literallygrouppic

[Miller Group @MillerGroupYale]

We are pleased to share our recent review of peptide catalysis (Version 2.0)! A long time in the making, with current and former group members: Anthony (@AstraZeneca), Alex (@PrincetonChem), Chris (@PenteluteLab), Elizabeth, and Boni (@TheKimResearch1).
https://t.co/jvJ6lw5fQQ

[The Kim Research Group @TheKimResearch1]

Along with fellow Clemson assistant professors, Boni gave a virtual talk at the 2020 Rising Star Symposium for the College of Science @ClemsonUniv. Thank you very much for the invitation!

[Miller Group @MillerGroupYale]

We are pleased to note that Alex, JJ, and Boni @TheKimResearch1, along with collaborators at Merck, have reported their work on aspartate-directed site-selective modifications of tyrosine residues in peptides in @JOC_OL:
https://t.co/qfrWeCosBU