Abhishek Chatterjee

Professor. Chemical Biology/Synthetic Biology. Tweets are personal opinions.

[Abhishek Chatterjee @AChemSynBio]

🚨🚨 A comprehensive review by Rahul Sarkar and @Manas_M_Joshi on encoded bioorthogonal noncanonical amino acids, chemical reactions that enable their chemoselective labeling, advantages and limitations of each approach, and the applications they unlock! https://t.co/AFmqxP5Zia

[Niu group @niu_group]

Come to be my colleague! @ChemistryBC @BostonCollege
https://t.co/nx9nmf5Om0

[Abhishek Chatterjee @AChemSynBio]

Thank you @OnoInitiative for the support!

[ONO PHARMA FOUNDATION @OnoInitiative]

The 2026 Ono Initiative Award is presented to @BalskusLab, @brian_belardi, @AChemSynBio as noted. Congratulations!
Emily P. Balskus, @HarvardCCB
Brian Belardi, @UTChemistry
Abhishek Chatterjee, @BostonCollege

[Molecular Cancer Therapeutics @MCT_AACR]

Welcome Senior Editor Abhishek Chatterjee, PhD, who brings expertise in chemical and synthetic biology, proteomics, novel bioconjugation chemistries, and therapeutic protein conjugates. Learn more about Molecular Cancer Therapeutics: https://t.co/1T8e4owznC @BostonCollege

[Emma J Chory @chorye]

@arjunrajlab Nothing to see here.

[Abhishek Chatterjee @AChemSynBio]

@Han_Xiao2016 @KevinKaichuang @xiongyih Congrats, Han!

[Abhishek Chatterjee @AChemSynBio]

@GMBurslem Congratulations!

[J. Am. Chem. Soc. @J_A_C_S]

Co-Translational Incorporation of (R)- and (S)-β2-Hydroxyacids In Vivo: Directed Evolution of Efficient Aminoacyl-tRNA Synthetases | Journal of the American Chemical Society https://t.co/n5Tt8F4JDC

[Abhishek Chatterjee @AChemSynBio]

@niu_group Thanks Jia!

[Abhishek Chatterjee @AChemSynBio]

An accompanying paper from @AlannaSchepartz and Jamie Cate groups shows how the E. coli ribosome supports the incorporation of the non-α-amino acid monomers https://t.co/JBNGTPbEXO

[Abhishek Chatterjee @AChemSynBio]

Chintan's @cpsoni_74 work demonstrating the efficient incorporation of non-α-amino acid backbones into proteins expressed in both E. coli and mammalian cells, just came out! A great collaborative effort from @cgem_cci! https://t.co/lJJklJcArk

[Abhishek Chatterjee @AChemSynBio]

@moitrayee_lab Thank you!

[Abhishek Chatterjee @AChemSynBio]

Starting 2026 with Quan Pham's paper expanding the chemical toolbox for engineering AAV
- New bioorthogonal labeling, including IEDDA, for efficient macromolecule attachment
- Incorporation of two different chemistries for dual capsid labeling & much more:
https://t.co/ITupX1fsXq

[Abhishek Chatterjee @AChemSynBio]

Excited to share our work with Eranthie Weerapana and Tim van Opijnen, co-led by @conor_loynd, @SinghaSoumya, and @SCanarelli! We introduce a new generation of BONCAT tools for versatile characterization of newly synthesized proteins in pathogenic bacteria https://t.co/OcGg6aMVXY

[Molecular Therapy Family of Journals @MolTherapy]

A facile chemical strategy to synthesize precise AAV-protein conjugates for targeted gene delivery https://t.co/hWvZMlsOqk

[Abhishek Chatterjee @AChemSynBio]

Cool work from @Han_Xiao2016 on site-specific incorporation of an environment-sensitive fluorescent noncanonical amino acid to visualize protein microenvironment changes in living cells

[Nature Chemical Biology @nchembio]

Genetically incorporating environment-sensitive noncanonical amino acids containing rotor-based fluorophores to target proteins enables real-time visualization of microenvironment changes in protein substructures

https://t.co/KUesZk2xIF

[Abhishek Chatterjee @AChemSynBio]

@LabRullo Congrats!

[Abhishek Chatterjee @AChemSynBio]

@Linlab_ZJU Congrats, Shixian!

[Abhishek Chatterjee @AChemSynBio]

Our work @cgem_cci on co-translational incorporation of a noncanonical monomer into a protein, followed by its triggered post-translational chemical rearrangement, yielding novel backbone modifications. https://t.co/T8T4Fs4BSp

[Chang Liu @chang_c_liu]

Happy to see this new T7 replicon based orthogonal replication system in E. coli. Congrats to the Diercks and Schultz lab teams at Scripps Research! https://t.co/vhVgLyxuot