Prashant Rawat
@prashantrawat.bsky.social
Molecular Cell Biologist, PhD Biology from Max Planck Institute, Freiburg. Postdoctoral researcher @ETH Zurich. @EMBO fellow.
Bio-Condensates, Transcription and Nucleolus 🇮🇳🇩🇪🇨🇭
Bio-Condensates, Transcription and Nucleolus 🇮🇳🇩🇪🇨🇭
Congratulations David 🎊
October 9, 2025 at 12:19 PM
Congratulations David 🎊
We have characterized a detailed molecular pathway and identified key genes and proteins driving this process.
Many more aspects of this brand-new nucleolar biology and stress response remain to be discovered in the coming years — and I’m excited for what’s ahead! 🚀
@@BioRender
Many more aspects of this brand-new nucleolar biology and stress response remain to be discovered in the coming years — and I’m excited for what’s ahead! 🚀
@@BioRender
September 5, 2025 at 12:18 PM
We have characterized a detailed molecular pathway and identified key genes and proteins driving this process.
Many more aspects of this brand-new nucleolar biology and stress response remain to be discovered in the coming years — and I’m excited for what’s ahead! 🚀
@@BioRender
Many more aspects of this brand-new nucleolar biology and stress response remain to be discovered in the coming years — and I’m excited for what’s ahead! 🚀
@@BioRender
This remodeling drives cellular transformation, epithelial–mesenchymal transition (EMT), and ultimately metastatic behavior.
Our findings reveal a previously unknown route by which ribosomopathies may contribute to cancer development and metastasis.
Our findings reveal a previously unknown route by which ribosomopathies may contribute to cancer development and metastasis.
September 5, 2025 at 12:17 PM
This remodeling drives cellular transformation, epithelial–mesenchymal transition (EMT), and ultimately metastatic behavior.
Our findings reveal a previously unknown route by which ribosomopathies may contribute to cancer development and metastasis.
Our findings reveal a previously unknown route by which ribosomopathies may contribute to cancer development and metastasis.
We discovered an unexpected link between nucleolus and Golgi apparatus. Chronic nucleolar defects, triggered by loss of essential proteins, lead to transcriptional reprogramming.
The outcome?
Enlarged Golgi
Bigger endolysosomes
Massive secretion of collagen and ECM components
The outcome?
Enlarged Golgi
Bigger endolysosomes
Massive secretion of collagen and ECM components
September 5, 2025 at 12:17 PM
We discovered an unexpected link between nucleolus and Golgi apparatus. Chronic nucleolar defects, triggered by loss of essential proteins, lead to transcriptional reprogramming.
The outcome?
Enlarged Golgi
Bigger endolysosomes
Massive secretion of collagen and ECM components
The outcome?
Enlarged Golgi
Bigger endolysosomes
Massive secretion of collagen and ECM components
Very nice work Shivani, Raffaella and team. Congratulations 🎊 to all
May 27, 2025 at 12:33 PM
Very nice work Shivani, Raffaella and team. Congratulations 🎊 to all
Heyyy. Congratulations Alex, Garrett and team @gginell.bsky.social
Super cool work and looking forward to test all my fav IDRs...
Super cool work and looking forward to test all my fav IDRs...
May 27, 2025 at 12:32 PM
Heyyy. Congratulations Alex, Garrett and team @gginell.bsky.social
Super cool work and looking forward to test all my fav IDRs...
Super cool work and looking forward to test all my fav IDRs...