Ravneet Kaur Sandhu (@rk_sandhu93) 's Twitter Profile
Ravneet Kaur Sandhu

@rk_sandhu93

Research Scholar, IIT Delhi

ID: 1262460830181806080

calendar_today18-05-2020 19:11:40

12 Tweet

28 Followers

100 Following

The Ravi P Singh Group (@ccsl_iitd) 's Twitter Profile Photo

If you want to know the contribution of [1,2]-Phospha-Brook Rearrangement Reactions to organic synthesis, check out our latest review article in Journal of Organic Chemistry. Congratulations to Ravneet Kaur Sandhu The Ravi P Singh Group J Org Chem/Org Lett pubs.acs.org/doi/10.1021/ac…

The Ravi P Singh Group (@ccsl_iitd) 's Twitter Profile Photo

Out in J Org Chem/Org Lett our latest publication, uncovering the application of Bifunctional Aminocatalysis in the domain of  1,2-Phospha Brook Rearrangement, dedicated to Prof. Vinod K Singh on his 65th birthday, honoring his invaluable guidance and inspiration. pubs.acs.org/doi/full/10.10…

Out in <a href="/JOC_OL/">J Org Chem/Org Lett</a> our latest publication, uncovering the application of Bifunctional Aminocatalysis in the domain of  1,2-Phospha Brook Rearrangement, dedicated to Prof. <a href="/VinodSingh_IITK/">Vinod K Singh</a> on his 65th birthday, honoring his invaluable guidance and inspiration.
pubs.acs.org/doi/full/10.10…
The Ravi P Singh Group (@ccsl_iitd) 's Twitter Profile Photo

Check out this innovative bioinspired synthesis! Silver-catalyzed cascade reaction creates unique bridged isochromane-pyrazoles with high stereoselectivity and potent, selective antibacterial activity. Big congrats to Bhuvnesh Singh & Shreya Tewari for their stellar work!

Check out this innovative bioinspired synthesis! 
Silver-catalyzed cascade reaction creates unique bridged isochromane-pyrazoles with high stereoselectivity and potent, selective antibacterial activity.
Big congrats to <a href="/Bhuvi_1995/">Bhuvnesh Singh</a> &amp;  <a href="/ShreyaTewari_16/">Shreya Tewari</a> for their stellar work!