Eswarappa Lab IISc (@eswarappalab) 's Twitter Profile
Eswarappa Lab IISc

@eswarappalab

Traversing through the regulation of translation at its start and stop is our mission. Looking into teeny-tiny tardigrades is our passion. @iiscbangalore

ID: 1466354820550316032

linkhttps://sites.google.com/view/dr-sandeep-m-eswarappa/home?authuser=0 calendar_today02-12-2021 10:34:03

134 Tweet

524 Followers

94 Following

The Biochemical Society (@bics_iisc) 's Twitter Profile Photo

Today we are organising a symposium. Speakers: 1. Mr. Md Noor Akhtar 2. Ms. Gayatri M Chairperson: Ms. Debaleena Kar (Debaleena Kar) Venue: BC Seminar Hall Time: 4.00 p.m

Today we are organising a symposium.

Speakers:

1. Mr. Md  Noor  Akhtar 
2. Ms.  Gayatri M 

Chairperson:

Ms. Debaleena Kar (<a href="/debaleenak8/">Debaleena Kar</a>)

Venue:      BC Seminar Hall
Time:       4.00  p.m
Eswarappa Lab IISc (@eswarappalab) 's Twitter Profile Photo

Don't forget to tune in to Ben Barres Spotlight Award winner Noor Akhtar's talk on Dec 1. Learn more about his research on FEM1B stop codon readthrough and its effect on the cell cycle. See you there! IISc Bangalore Voices of Indian Academia PhD Voice - Independently Run

ASAPbio (@asapbio_) 's Twitter Profile Photo

Meet the ASAPbio Fellows! Debraj Manna Debraj Manna is a PhD student IISc Bangalore Through the ASAPbio Fellows program, Debraj wishes to learn more about #preprints to fill the information gap that drives some researchers away from preprints.

Meet the <a href="/ASAPbio_/">ASAPbio</a> Fellows!
Debraj Manna <a href="/DebrajManna27/">Debraj Manna</a> is a PhD student <a href="/iiscbangalore/">IISc Bangalore</a>

Through the ASAPbio Fellows program, Debraj wishes to learn more about #preprints to fill the information gap that drives some researchers away from preprints.
IndiaBioscience.org (@indiabioscience) 's Twitter Profile Photo

IndiaBioscience opened its doors to five interns in 2023. This article is a conversation between Ankita Rathore, PhD, Program Manager-Science Communication IndiaBioscience.org, and the interns about their internship experience. Read the entire article 👇 buff.ly/41tKT6c

IndiaBioscience opened its doors to five interns in 2023. This article is a conversation between <a href="/ankitarathore02/">Ankita Rathore, PhD</a>, Program Manager-Science Communication <a href="/IndiaBioscience/">IndiaBioscience.org</a>, and the interns about their internship experience. 

Read the entire article 👇 
buff.ly/41tKT6c
Noor Akhtar (@nrakhtar3284) 's Twitter Profile Photo

Had a wonderful and great experience! Learned so many new things at Keystone Symposia on Targeted Protein Degradation. Keystone Symposia Eswarappa Lab IISc Thanks to eLife - the journal for making it possible for me to attend this. eLife Community

Had a wonderful and great experience! Learned so many new things at Keystone Symposia on Targeted Protein Degradation. <a href="/KeystoneSymp/">Keystone Symposia</a> 
<a href="/EswarappaLab/">Eswarappa Lab IISc</a> 
Thanks to <a href="/eLife/">eLife - the journal</a> for making it possible for me to attend this.
 <a href="/eLifeCommunity/">eLife Community</a>
IndiaBioscience.org (@indiabioscience) 's Twitter Profile Photo

@Indiabioscience and EMBO present the next webinar in partnership on EMBO Global Investigator Network: Research and Networking Across Boundaries. 🌏 📅 02 April 2024 ⏰ 2:30 PM-4:00 PM IST 👉 buff.ly/4cl3SFj

@Indiabioscience and <a href="/EMBO/">EMBO</a> present the next webinar in partnership on EMBO Global Investigator Network: Research and Networking Across Boundaries. 🌏 

📅 02 April 2024 
⏰ 2:30 PM-4:00 PM IST 

 👉 buff.ly/4cl3SFj
Sandeep M Eswarappa (@sandeepme_iisc) 's Twitter Profile Photo

About 7 million years ago, a single nucleotide (T) was inserted in the 3'UTR of the FEM1B gene of humans and chimps. That might have changed the speed of our cell cycle. See our latest paper in the Journal of Cell Science: bit.ly/MdNA Eswarappa Lab IISc J Cell Science

About 7 million years ago, a single nucleotide (T) was inserted in the 3'UTR of the FEM1B gene of humans and chimps.  That might have changed the speed of our cell cycle. See our latest paper in the Journal of Cell Science: bit.ly/MdNA
<a href="/EswarappaLab/">Eswarappa Lab IISc</a> <a href="/J_Cell_Sci/">J Cell Science</a>
Noor Akhtar (@nrakhtar3284) 's Twitter Profile Photo

Our study has identified a relatively recently evolved oncogenic translational event that may partly explain why humans are more susceptible to cancer among primates. bit.ly/MdNA Eswarappa Lab IISc J Cell Science IISc Bangalore The Biochemical Society Sandeep M Eswarappa

Our study has identified a relatively recently evolved oncogenic translational event that may partly explain why humans are more susceptible to cancer among primates. bit.ly/MdNA
<a href="/EswarappaLab/">Eswarappa Lab IISc</a> <a href="/J_Cell_Sci/">J Cell Science</a>
<a href="/iiscbangalore/">IISc Bangalore</a> <a href="/BICS_IISc/">The Biochemical Society</a> <a href="/SandeepME_IISc/">Sandeep M Eswarappa</a>
Noor Akhtar (@nrakhtar3284) 's Twitter Profile Photo

I'm excited to share my First Person Interview article published in JCS, where I discuss the key findings, challenges, and motivations on our recent research titled "Hominini-specific regulation of the cell cycle by stop codon readthrough of FEM1B". J Cell Science Sandeep M Eswarappa

I'm excited to share my First Person Interview article published in JCS, where I discuss the key findings, challenges, and motivations on our recent research titled "Hominini-specific regulation of the cell cycle by stop codon readthrough of FEM1B".
<a href="/J_Cell_Sci/">J Cell Science</a> <a href="/SandeepME_IISc/">Sandeep M Eswarappa</a>
J Cell Science (@j_cell_sci) 's Twitter Profile Photo

.Noor Akhtar, Sandeep M. Eswarappa and team Eswarappa Lab IISc uncover hominini-specific regulation of the cell cycle by stop codon readthrough of FEM1B #OpenAccess #ReadAndPublish journals.biologists.com/jcs/article/13…

.<a href="/nrakhtar3284/">Noor Akhtar</a>, Sandeep M. Eswarappa and team <a href="/EswarappaLab/">Eswarappa Lab IISc</a> uncover hominini-specific regulation of the cell cycle by stop codon readthrough of FEM1B #OpenAccess #ReadAndPublish
journals.biologists.com/jcs/article/13…
IISc Bangalore (@iiscbangalore) 's Twitter Profile Photo

IISc researchers show how the readthrough of a gene coding for FEM1B protein, plays a key role in the cell cycle, which has implications for cancer cell proliferation and tumour growth. iisc.ac.in/events/glitch-… #IIScresearch

IISc researchers show how the readthrough of a gene coding for FEM1B protein, plays a key role in the cell cycle, which has implications for cancer cell proliferation and tumour growth.

iisc.ac.in/events/glitch-…
#IIScresearch