Jomon Joseph

[Jomon Joseph @JomonJosephJoe]

Annulate lamellae – an underexplored cellular structure https://t.co/eXQj3mOyxE

[BRIC-NCCS @DBT_NCCS_Pune]

So proud of our scientists whose contributions have received recognition from INSA! This honour was conferred on Dr. Bapat for her pioneering #research in #CancerBiology & #CancerStemCells, & on Dr. Joseph for his research on annulate lamellae, a less studied cellular compartment

[Jomon Joseph @JomonJosephJoe]

@Sci_Lipi @BiophysJ @BiophysicalSoc Congratulations, Lipi!!👍

[BRIC-NCCS @DBT_NCCS_Pune]

Happy to see Nikhil More, our PhD Research Scholar, featured in the First Person section of the Journal of Cell Science this month.
Read about it here: https://t.co/rcl7Yk4LNa
Research article here:
https://t.co/pbHRcdPARC

#PhDSuccess #PhDResearch #cellbiology #biotechnology

[J Cell Science @J_Cell_Sci]

Read more about this research in our ‘First person’ interview with Nikhil More: https://t.co/svauhacr6i

[J Cell Science @J_Cell_Sci]

Nikhil More and Jomon Joseph @JomonJosephJoe find that disruption of ER–mitochondria contact sites induces autophagy-dependent loss of P-bodies through the Ca2+-CaMKK2-AMPK pathway.
https://t.co/VDoehUyYMW

[Jomon Joseph @JomonJosephJoe]

Excited to share our new publication:
(Also see: the First Person Interview: https://t.co/fjRrPMnU4O)

Disruption of ER–ER-mitochondria contact sites induces autophagy-dependent loss of P-bodies through the Ca2+-CaMKK2-AMPK pathway https://t.co/LzENE3P0HZ

[Jomon Joseph @JomonJosephJoe]

@ViditaVaidya @KamatLab_IISER Congratulations, excellent news and well deserved!!

[BRIC-NCCS @DBT_NCCS_Pune]

So happy to see our faculty member, Dr. Jomon Joseph & his team's #research article featured on the #CoverPage of @emboreports.
This research was funded by @DBTIndia and DST-SERB. Read about it here:
https://t.co/8kA9N0BCVS

#cellbiology #biotechnology #confocalmicroscopy

[EMBO Reports @emboreports]

The October issue is online.

https://t.co/BBmOeBEOqi

The cover features work by Jomon Joseph and co-wrokers @DBT_NCCS_Pune showing that Nup358 restricts ER-#mitochondria connectivity by modulating mTORC2/Akt/GSK3β #signalling.

https://t.co/IPH4U6IwmC

[Jomon Joseph @JomonJosephJoe]

@ribonucleicacid @GenomeBiology Congrats, Alex! Nice work!!👏👏

[BRIC-NCCS @DBT_NCCS_Pune]

Jomon Joseph & team reveal a novel function of Nup358. As an annulatelamellae-resident nucleoporin, it regulates ER-mitochondria connectivity, which is crucial for the coordination of many critical cellular processes.
Read here: https://t.co/Ce4UK4Jitz
@emboreports @EMBOPress

[Jomon Joseph @JomonJosephJoe]

Nup358 restricts ER-mitochondria connectivity by modulating mTORC2/Akt/GSK3β signalling | EMBO reports https://t.co/EXImTQXHcb

Congratulations to the authors and collaborarors for their hard work and patience.

[BRIC-NCCS @DBT_NCCS_Pune]

We are happy to #invite you for this #seminar being hosted by us under the @EMBO Global Lectures series.
If you can't attend this #lecture in-person, join in #online: https://t.co/dG07XOHZiH
#cellbiology #molecularbiology #lectureseries #biotechnology
Department of Biotechnology

[Jomon Joseph @JomonJosephJoe]

1
https://t.co/VVHzuqucTs

[BRIC-NCCS @DBT_NCCS_Pune]

Come, be a part of the #research at NCCS -

#Positions #Hiring #CellBiology #Biotechnology

@neurodas

[Jomon Joseph @JomonJosephJoe]

Happy share our new publication revealing a mechanism by which specific protein cargoes are recruited to small extracellular vesicles using RanGTP-CRM1/XPO1 axis..
https://t.co/NIIjAFJdKK

[BRIC-NCCS @DBT_NCCS_Pune]

You are welcome to join our next #seminar in the #cellbiology #lecture #series at:
https://t.co/GfEpY9OUlW
#Students are especially encouraged to participate.

#malaria #vaccines #biotechnology #webinar #guestspeaker
@DBTIndia @JomonJosephJoe @IndiaBioscience @Sci_Rio @Sciroi_IN

[Jomon Joseph @JomonJosephJoe]

https://t.co/Z90VOgnlBT

[Jomon Joseph @JomonJosephJoe]

https://t.co/nCAkzO7Hfc