Jagadish Prasad Hazra (@jagadishhazra) 's Twitter Profile
Jagadish Prasad Hazra

@jagadishhazra

postdoctoral associate @UniofOxford, alumni @IiserMohali
#single molecule biophysics
#DNA sequencing
#Transcription
#molecular mechanics

ID: 143468828

linkhttp://sites.google.com/view/jagadishhazra/ calendar_today13-05-2010 15:05:02

158 Tweet

131 Followers

380 Following

Achillefs Kapanidis (@achilleskap) 's Twitter Profile Photo

Excited for @micro_anna_ and Abhishek's preprint on real-time detection of σ finger displacement! Waiting >20 yrs to see this... key points: process depends hugely on promoter sequence and is *very* heterogeneous. Work got +++ feedback in Microbial Txn GRC last week.

Excited for @micro_anna_ and Abhishek's preprint on real-time detection of σ finger displacement! Waiting >20 yrs to see this... key points: process depends hugely on promoter sequence and is *very* heterogeneous. Work got +++ feedback in Microbial Txn GRC last week.
Sachin Dev Verma (सदेव) (@sdv_tweets) 's Twitter Profile Photo

Faculty Hiring NIT Hamirpur - Points for PhD degree is based on Institutes' ranking, not on Quality of Candidate. Different for different central institutes. This is discrimination. Ministry of Education The Lallantop Criteria for Scrutiny and Shortlisting - nith.ac.in/uploads/topics…

Faculty Hiring <a href="/NITHamirpurHP/">NIT Hamirpur</a> - Points for PhD degree is based on Institutes' ranking, not on Quality of Candidate. Different for different central institutes.
This is discrimination. <a href="/EduMinOfIndia/">Ministry of Education</a> <a href="/TheLallantop/">The Lallantop</a> 
Criteria for Scrutiny and Shortlisting - 
nith.ac.in/uploads/topics…
Veerpalsidhu (@veerpal87470619) 's Twitter Profile Photo

Have you ever noticed the beautiful double - helical arrangement of tip - links in hair cells ? Happy to share our just accepted article Biochemistry where we redefine the structure of tip links. Sabyasachi Rakshit @Tripta_connect pubs.acs.org/doi/full/10.10…

Stelios Chatzimichail (@stelios____) 's Twitter Profile Photo

Check out our latest preprint on the rapid identification of bacteria using the Adaptive Channel Bacterial Capture chip and multiplexed fluorescence microscopy to capture and identify bacteria from low density samples! #AMR #microfluidics medrxiv.org/content/10.110…

IISc Bangalore (@iiscbangalore) 's Twitter Profile Photo

IISc researchers have used a novel imaging technique to find out how strongly adjacent bases of DNA stack up on top of each other in a single strand. iisc.ac.in/events/cutting… #IIScresearch

IISc researchers have used a novel imaging technique to find out how strongly adjacent bases of DNA stack up on top of each other in a single strand.

iisc.ac.in/events/cutting…

#IIScresearch
Hafez El Sayyed (@hafezelsayyed) 's Twitter Profile Photo

After years of hard work, I am pleased to share our Latest MolCell Paper on how we dissected the function of the only conserved transcription factor NusG in live E.coli. thanks to Achillefs Kapanidis Oliver Pambos Mathew Stracy, Max Gottesman, and all the Kapanidis lab. sciencedirect.com/science/articl…

Sharmistha Sinha (@sinhalabinst) 's Twitter Profile Photo

Happy to share our experience on how the small molecule doxorubicin affects different oncogenic variants of p53. Great effort by Ankush Garg, Gaurav Kumar Give it a read and share your insights! sciencedirect.com/science/articl… Current Opinion/Research in Structural Biology INST Mohali

Happy to share our experience on how the small molecule doxorubicin affects different oncogenic variants of p53. Great effort by 
<a href="/AnkushG60850251/">Ankush Garg</a>,
<a href="/K93040866Gaurav/">Gaurav Kumar</a> 
Give it a read and share your insights! sciencedirect.com/science/articl… 
<a href="/COSB_CRSB/">Current Opinion/Research in Structural Biology</a> <a href="/INSTMohali/">INST Mohali</a>
Achillefs Kapanidis (@achilleskap) 's Twitter Profile Photo

🔬Exciting Opportunity! 🌐Join us at @kavlioxford in a mission to unravel gene expression inside the jungle of live cells! Intrigued by single molecules, RNA, condensates, AI and bacteria? Read on! 🚀Two 4-year positions. RT pls! #ScienceJobs #Postdoc #bacteria #singlemolecule🌟

🔬Exciting Opportunity! 🌐Join us at @kavlioxford in a mission to unravel gene expression inside the jungle of live cells! Intrigued by single molecules, RNA, condensates, AI and bacteria? Read on! 🚀Two 4-year positions. RT pls! #ScienceJobs #Postdoc #bacteria #singlemolecule🌟
Hafez El Sayyed (@hafezelsayyed) 's Twitter Profile Photo

We loved having all RNAP enthusiasts in Oxford Kavli Institute for Nanoscience Discovery, Oxford Lady Margaret Hall Achillefs Kapanidis for the 35th RNA polymerase workshop. We loved hearing all your amazing new data and enjoyed this nice research family reunion. Can't wait for the 36th version next year Uni of Birmingham

We loved having all RNAP enthusiasts in Oxford <a href="/KavliOxford/">Kavli Institute for Nanoscience Discovery, Oxford</a>  <a href="/lmhoxford/">Lady Margaret Hall</a> <a href="/AchillesKap/">Achillefs Kapanidis</a> for the 35th RNA polymerase workshop. We loved hearing all your amazing new data and enjoyed this nice research family reunion. Can't wait for the 36th version next year <a href="/unibirmingham/">Uni of Birmingham</a>
mcb2024 (@mcb2024bates) 's Twitter Profile Photo

Understanding how our ear processes sounds waves requires investigating the mechanosensitive proteins involved. Join us Gordon Research Conferences Multiscale #Mechanochemistry and #Mechanobiology for the talk of Sabyasachi Rakshit Sabyasachi Rakshit IISER Mohali to get molecular insights via #AFM.

Understanding how our ear processes sounds waves requires investigating the mechanosensitive proteins involved. Join us <a href="/GordonConf/">Gordon Research Conferences</a> Multiscale #Mechanochemistry and #Mechanobiology for the talk of Sabyasachi Rakshit <a href="/Rakshits2016/">Sabyasachi Rakshit</a> <a href="/IiserMohali/">IISER Mohali</a> to get molecular insights via #AFM.
Sabyasachi Rakshit (@rakshits2016) 's Twitter Profile Photo

De-novo design of actively spinning and gyrating spherical micro-vesicles biorxiv.org/content/10.110… Check out our new bioRxiv article. Here, we harness the force generated by biomolecules to power the movement of giant vesicles, acting as wheels. IISER Mohali