Sushmit Ghosh | सुष्मित घोष

Ph.D. | aka Reviewer 2 | Interested in RNA Biology | Genetics | Developmental Biology

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

Here's the link to my recent paper. "https://t.co/JT4s24Ute6"

[Lolitika Mandal @LolitikaMandal]

High sugar diet–induced fatty acid oxidation potentiates cytokine-dependent cardiac ECM remodeling https://t.co/bktSPH9HRe .
Hearty Congratulations @gera_jayati and team Sudip. Thanks @JCellBiol for this opportunity to share our findings.

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

"A chromosome-scale assembly of Brassica carinata (BBCC) accession HC20 containing resistance to multiple pathogens and an early generation assessment of introgressions into B. juncea (AABB)" — Read it on @ResearchGate: https://t.co/24GSICRuEh

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

@JD_Buenrostro I am interested !

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

@DeyNidhi Congratulations Di 👍🏻

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

Pleased to share my interview with Biopatrika: Thanks to
@biopatrika for highlighting my work and thoughts on their website. Special thanks to Dr. Lolitika Mandal
@LolitikaMandal,@IiserMohali,@India_Alliance,and @NAR_Open for providing me a platform to do some exciting science.

[Biopatrika @biopatrika]

🧬 Don't miss the details in the interview by Biopatrika, expertly edited by Ritvi Shah. 🎙️#authorInterview #ResearchSpotlight #Biopatrika #iiser https://t.co/0kQQvzCC8e

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

@adityakanwal_ @AHA_Research @TravisHinson @jacksonlab Congratulations 👍

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

@PlantBio_IISERM Congratulations to the team 🙂👏🏼

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

@harishpareek11 Wonderful. Congratulations @harishpareek11 👍

[Harish Pareek @_HarishPareek]

In the long awaited paper from my PhD lab, we uncover the distinct role of TAA1 & TAR2 in combination with auxin transport in the stemcell differentiation at SAM in Arabidopsis.

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

Thanks to @India_Alliance @CSIR_IND @IiserMohali for Funding. Elated to share our findings through @NAR_Open

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

For the very first time, we report the evolutionarily conserved process of miRNA autophagy in Drosophila and Human blood progenitors. The famous “p62” turns out to be a key player in directing miRNA autophagy in a Leucine-dependent manner, influencing blood cell proliferation.

[Sushmit Ghosh | सुष्मित घोष @DelhiBong]

For the very first time, we report the evolutionarily conserved process of miRNA autophagy in Drosophila and Human blood progenitors. The famous “p62” turns out to be a key player in directing miRNA autophagy in a Leucine-dependent manner, influencing blood cell proliferation.

[Lolitika Mandal @LolitikaMandal]

miRNA :an active player dictating how blood cells react to environment particularly nutrient availability in blood cells
https://t.co/d7GHS2wnCe
Thanks to @India_Alliance @serbonline @IiserMohali for funding and infrastructure.