Jaideep Saha

Faculty of Org Chem. Trained at IIT Madras;@ U. Connecticut; @U. Pittsburgh; @U.Oxford #NewReactions, #StrainedOrg-Molecules, #Heterocycles.
Personal account

[Jaideep Saha @jdsaha2000]

Our recent work on the synthesis of diverse azetidines via strain-release of azabicyclo[1.1.0]butanes driven by the activation with aza-o-quinone methide (aza-o-QM) is now published in OL.

[J Org Chem/Org Lett @JOC_OL]

Studies on the activation of azabicyclo[1.1.0]butanes by aza-ortho-quinone methides for accessing diverse azetidine derivatives by @jdsaha2000 and co-workers in #OrgLett https://t.co/0GTsSQH4dH

[Royal Society of Chemistry @RoySocChem]

Read this inspiring work by Jaideep Saha and his team, featured in our ChemComm 60th anniversary collection. #JoinIn and celebrate their contribution: https://t.co/Edam0o2JrD

@jdsaha2000 @NIPER_SAS_NAGAR #RSCIndia #ChemComm #60years

[Wipf Group @wipf_group]

Nice synthesis of highly substituted pyrrolidines by the ⁦@jdsaha2000⁩ group! Radical Carbocyclization Intercepted Reductive C‐C Bond Formation Between 1,n‐Enynes or Dienes and Electron‐Poor Olefins/Alkynes - Advanced Synthesis & Catalysis https://t.co/AGj6AkhDTc

[Chemical Communications @ChemCommun]

From @jdsaha2000 and colleagues: 'Thianthrenation-promoted photoinduced alkene difunctionalization and aryl allylation with Morita–Baylis–Hillman adducts'

https://t.co/yC9Gz0Hvta

[Jaideep Saha @jdsaha2000]

Had a great trip to @Upitt chem and meeting with @wipf_group @JourniganVelvet @KayBrummond @Wang lab-Upitt, @kabirul Islam and having presented our work in the departmental seminar.

[Jaideep Saha @jdsaha2000]

@anthonyknc @conway_group It's good to see both of you together again

[Chemical Communications @ChemCommun]

Learn about 'Hydrogen bonding-promoted tunable approach for access to aza-bicyclo-[3.3.0]octanes and cyclopenta[b] pyrroles' by Sourav Pramanik, Subhadeep Hazra and Ayan Chatterjee @jdsaha2000
Included in 2024 Emerging Investigators Collection

https://t.co/YWuQHGBWB9

[Jaideep Saha @jdsaha2000]

@ckellzchem @ChemCatChem @molandergroup Congratulations!

[Jaideep Saha @jdsaha2000]

@Rajkuma84458765 Many congratulations!

[Jaideep Saha @jdsaha2000]

@modhumaji @angew_chem @serbonline @IITKgp @msm_lab Congratulations to the entire team 👏

[Jaideep Saha @jdsaha2000]

@ATBijuLab @angew_chem @serbonline @JindalLab @SayanShee7 @iiscbangalore Congratulations to the team !

[Jaideep Saha @jdsaha2000]

@jamilligan12 Congrats John !

[Jaideep Saha @jdsaha2000]

Here we show in @ChemCommun, the application of azaoxyallyl cation-like species in stereoselective synthesis of biologically relevant carbohydrates (kdo glycosides in this case). Funding from international S&T cooperation DST-RFBR, @serbonline https://t.co/V6OcGhM8Iq

[Jaideep Saha @jdsaha2000]

@C_Hydk Congratulations

[Jaideep Saha @jdsaha2000]

Our recent study on reductive C-C bond forming reaction between olefins and electron-poor vinyl cyclopronane is disclosed in #Organic Letters @JOC_OL. Chemosective MHAT and broad scope are the salient features. Funding from @serbonline @CSIR_IND. @Biplabips @SUBHADEEPHAZR12.

[J Org Chem/Org Lett @JOC_OL]

Use of vinyl cyclopropane (VCP) for reductive C-C bond formation with alkenes through hydrogen atom transfer (MHAT) is reported by the Saha Group @jdsaha2000 in #OrgLett. Check it out: https://t.co/jece9tKloC

[Jaideep Saha @jdsaha2000]

@anarmateos @NutritionSoc Congratulations

[Jaideep Saha @jdsaha2000]

@buddhadeb1979 @J_A_C_S @bruin_bas Many congratulations 🎊👏

[Angewandte Chemie @angew_chem]

Cation-Promoted Strain-Release-Driven Access to Functionalized Azetidines from Azabicyclo[1.1.0]butanes (Jaideep Saha and co-workers) @jdsaha2000 https://t.co/j16cyjGsJq

[Jaideep Saha @jdsaha2000]

@ckellzchem @JanssenUS Congratulations Chris !

[Jaideep Saha @jdsaha2000]

congratulations to @vandanajai33588 , soumik mondal and @bans433s for this work.

[Jaideep Saha @jdsaha2000]

We have recently developed a unique approach to activate and transform azabicyclo[1.1.0]butanes into 1,3-functionalized azetidines with azaoxyallyl cation, which has now been published in @angew_chem
Funding from
@serbonline and @CSIR_IND
https://t.co/xVSpgx9lER