Srikrishna Bera
@sbera01
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Assistant Professor at IIT Tirupati || Organic Synthesis and Catalysis
Tirupati, India
Joined January 2012
Excited to share our #first independent research work, now published in @J_A_C_S!.We report C(sp³)–N coupling of alkyl Bpins via amino radical transfer (#ART). Huge shout-out to my group members for their hard work and dedication. @ANRFIndia @iit_tirupati.
pubs.acs.org
Metal-catalyzed C(sp3)–N coupling remains a formidable synthetic challenge, especially with alkyl electrophiles, due to competing pathways such as slow oxidative addition, β-hydride elimination, and...
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RT @NOST_India: Successfully conducted the 1st NOST-ECR Symposium at IISER Bhopal! A vibrant platform for researchers to exchange cutting-e….
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Many thanks @thiemechemistry and Prof. Lautens @MarkLautens for highlighting our work and selecting as the Synfact of the Month! @HuLab_EPFL.
❇️ In this Synfact of the month @MarkLautens (@TheLautensGroup) from @UofT highlighted the ´Ni-Catalyzed Formation of Two Vicinal Enantioenriched C(sp3) Centers Stemming from Two Starting Materials` by Hu X. and co-workers from @EPFL_en.🧐 .👉
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RT @HuLab_EPFL: More postdoc positions in our lab at EPFL to study the chemistry of redox flow batteries. Molecular inorganic chemists are….
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Also, check out the News & Views in @NatureCatalysis. by the group of Stephen P Thomas @SPThomasGroup.
nature.com
Nature Catalysis - Controlling the stereochemical outcomes of chemical reactions is essential in modern chemical synthesis and manufacturing. Now, a nickel-catalysed, stereoselective...
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Our latest work is just published in @NatureCatalysis. We describe the enantio- and diastereoselective construction of two vicinal C(sp3) centers by nickel hydride catalysis. Many thanks to @HuLab_EPFL and Chao Fan!.
nature.com
Nature Catalysis - Simultaneous stereochemical control of two vicinal C(sp3) stereocentres from two reaction partners is challenging. Now, this is achieved in a nickel-catalysed enantio- and...
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RT @HuLab_EPFL: Creating one enantiomerically enriched C(sp3) centre in cross-coupling is already challenging. Now we report the control of….
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Our #perspective on #JACS about the asymmetric Nickel Hydride Catalysis for alkyl-alkyl coupling is now online. Indeed a great teamwork led by @HuLab_EPFL. I appreciate all the authors for their contributions and reviewers for their suggestions.
We just published a perspective on the emergence of nickel-catalyzed hydrocarbonation of alkenes as an efficient approach to make compounds rich in aliphatic carbons, which should help to escape the current flatland in drug discovery. @ZhikunZhang4 @sbera01.
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RT @ListLaboratory: We are overwhelmed and over the moon! .Many Congratulations to Ben🎉🍾 on receiving the #nobelprize #chemnobel .@NobelPri….
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RT @JOC_OL: We at @JOC_OL are thrilled to announce Prof. Song Lin of Cornell University @songlin_chem has joined the #OL team as an Associa….
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RT @HuLab_EPFL: Just published: We controlled hydrogen atom transfer chemistry for Copper-Catalyzed Intermolecular Functionalization of Una….
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RT @runzemao: Today's @J_A_C_S: Check out how copper catalysis, newly designed HAT reagents and SOMO-philes can be merged to selectively co….
pubs.acs.org
Intermolecular functionalization of C(sp3)–H bonds and aliphatic carboxylic acids enables the efficient synthesis of high value-added organic compounds from readily available starting materials....
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RT @HuLab_EPFL: We have an opening for a postdoc position in #biocatalysis. Details in Experience in biocatalysis….
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Here we go with another beautiful work on asymmetric NiH catalysis: synthesis of chiral alkyl amines by hydroalkylation. Thanks to Deyun for a great collaboration!.
Just published: Ni-H catalysis to achieve enantioselective C(sp3)-C(sp3) coupling of enecarbamates and alkyl halides. Streamlined access to chiral alkyl amines from readily accessible reagents. @EPFL_CHEM_Tweet @J_A_C_S.
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RT @HuLab_EPFL: About 10 years ago we started to work on an enantioselective alkyl-alkyl coupling process. A few generations of coworkers a….
nature.com
Nature Chemistry - Methods for producing organic molecules rich in sp3-hybridized carbon centres can be particularly useful for drug development. Now, it has been shown that the enantioselective...
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Extremely happy to see this work is finally out now on @NatureChemistry . Previously it was uploaded on @ChemRxiv . Many thanks to @runzemao for a great collaboration and @HuLab_EPFL for support and guidance.
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RT @HuLab_EPFL: Latest preprint from our group: Chiral Alkyl Amine Synthesis via Catalytic Enantioselective Hydroalkylation of Enamides htt….
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RT @cenmag: How can we convert CO₂ from threat to asset? Chemists want to use #electrochemistry to turn CO₂ into chemical feedstocks and fu….
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