Deepthi Joseph

[Aravind Penmatsa @PenmatsaLab]

Greatly pleased to announce the publication of our study on Pannexins in @NatureComms . Kudos to @Nazia_hussain7 for her superlative effort. She was ably supported by Ashish Apotikar and others to complete this challenging study. https://t.co/fYEJXYGtad

[Deepthi Joseph @DeepthiJoseph7]

@PenmatsaLab @NatureComms @nazia_hussain7 Congratulations @PenmatsaLab and @nazia_hussain7

[Aravind Penmatsa @PenmatsaLab]

Its a pleasure to announce the publication of our latest work on the cryoEM structure of QacA resolved using Indian camelid antibodies in @embojournal . Fantastic effort by @PujaMajumder91 @shah_med @Pragyaahuja_6 and @Athreya_Arunabh.https://t.co/pB86yjM1n2

[Deepthi Joseph @DeepthiJoseph7]

Thrilled to share our latest work on GABA transporter 1 @NatureSMB revealing the substrate recognition and transport mechanism of GABA. Big thanks to my PhD advisor Dr. Aravind Penmatsa @PenmatsaLab for his constant support and guidance. Congratulations to all the authors.

[Aravind Penmatsa @PenmatsaLab]

Excited to announce the publication of our study on the architecture of the ratGAT1 in the cytosol-facing, GABA bound state @NatureSMB. Brilliant effort @SmrutiR60158682 and well supported by @DeepthiJoseph @ArchishmanDakua @AthreyaArunabh
https://t.co/xfC2VNjj7b

[Aravind Penmatsa @PenmatsaLab]

A spotlight on the GAT1 structure by Baruch Kanner that also covers some of our recent work by @DeepthiJoseph7 @embojournal https://t.co/DdpIHeFORX
GABA transport goes structural https://t.co/mFmzYO4N1u

[PCDB Lab IISERB @pcdb_lab_iiserb]

Another feather in the @pcdb_lab_iiserb's cap! Heartiest congratulations to Dr. Nikhil Job @job_nikhil for successfully defending his thesis. Your contribution to the lab will be remembered forever. Wish you good luck in your future endeavors.
@sdatta7925 @iiserbhopal

[souravdatta @sdatta7925]

Job done. Congratulations Nikhil Job on successfully defending his PhD thesis.@KonerApurba @rkmisrb1 @alokksinha @pcdb_lab_iiserb

[Nikhil Job @job_nikhil]

Glad to share our work @NewPhyt. Please check this article about how plants optimize greening. @sdatta7925 @pcdb_lab_iiserb
PIF3/HY5 module regulates BBX11 to suppress protochlorophyllide levels in dark and promote photomorphogenesis in light https://t.co/TE1N1YVAZc