PRITAM ROY

[Hajra Research Group @HajraLab_CBMR]

Can mechanical force unlock molecular strain? Our new work on mechanochemistry-driven enantiospecific strain release in spiroaziridine oxindoles, opening a route to bioactive frameworks. Congrats to Ankita, Ananda, and Ayan. Excited to share this work!
https://t.co/yxmqH2u4g8

[Hajra Research Group @HajraLab_CBMR]

A reaction can sometimes take more than one path.
The exciting part is learning how to control which path it takes!
We report Condition-Controlled
Chemoselectivity Switching of
Spiro-Epoxy Oxindoles: Access to Spiro-Oxetane Oxindoles. Congrats to the team https://t.co/Jf5O7JsECT

[Hajra Research Group @HajraLab_CBMR]

Unlocking the potential of carvone! 🔓🧪
Our new patent introduces a scalable route from carvone to prostaglandins and their key intermediates, opening new possibilities for practical access to these biologically important molecules. Congrats to Swarup, Dhananjoy, and Arindam.

[Hajra Research Group @HajraLab_CBMR]

New patent. New bonds. New molecular possibilities. 🧪✨
A new approach to the synthesis of (hetero)polyarene, naphthalene- and tetralin lignans—turning synthetic challenges into new molecular architectures. Congratulations to @Upamanyudas07, @PRITAMROY777371 .

[Hajra Research Group @HajraLab_CBMR]

Have a look at our newly developed palladium chemistry, featuring cyclopalladation-annulation and 6-endo-trig Heck cyclization. Congrats to Upamanyu and Pritam. Give it a read!
https://t.co/XeUHZzDD2p

[Hajra Research Group @HajraLab_CBMR]

🚨We are Hiring !!!🚨
One JRF position is available for our newly sanctioned @ANRFIndia project. Interested candidates with organic chemistry background are encouraged to reach out the PI https://t.co/fPLXEcHBA8
@IndiaDST @ANRFIndia @cbmrofficial

[Upamanyu_das07 @Upamanyudas07]

Our recent work on "Base-Controlled Dual Pd-Catalysis Enabling Tunable Tandem C(sp3)-H Activation-Annulation and 6-endo-trig Heck Cyclization" is now on @ChemRxiv https://t.co/q6OE5kBao7