Nisha
@Nishaarora07
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Finally our artificial microorganisms that can rotate and translate by themselves are out!! https://t.co/UZHkdZtqB4
advanced.onlinelibrary.wiley.com
Engineered lipid vesicles, powered by enzyme-driven symmetry breaking and transient lipid ordering, demonstrate rotational and translational motion. This innovative approach presents exciting...
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How the same ear senses murmurs and listens to screaming music? @TVVen writes in @the_hindu about recent interdisciplinary work of our colleagues K. P. Yogendran, Abhishek Chaudhuri, Sabyasachi Rakshit and their team. https://t.co/s0Ts0orj0u
thehindu.com
The human auditory system adapts to various sound environments, showcasing resilience and sensitivity, as explained by scientific research.
Recent research has unveiled that our ears have mechanisms that help adjust hearing in dim sound environments and protect us from harsh sound environments.@TVVen writes. https://t.co/Vs6jk3TOhh
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Understanding how our ear processes sounds waves requires investigating the mechanosensitive proteins involved. Join us @GordonConf Multiscale #Mechanochemistry and #Mechanobiology for the talk of Sabyasachi Rakshit @Rakshits2016 @IiserMohali to get molecular insights via #AFM.
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In the past 14 yrs of my research group, I have made a few policies for myself, which may be helpful to others: A 🧵 1) Any group member is free to criticize my input with reason. This has been one of the most liberating experience. Importantly, it has helped me learn. 1/n
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Million thanks to @Nishaarora07 and @Rakshits2016 for the consistent hard work and discussions over the years to unravel this beautiful mechanism. A big shout out to @AminSagar1 and @abhishekchaudhury for the huge effort. Congratulations and party time...
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Indeed a great team effort over the years!
Very elated to share our latest publication in Nature comms @NatureComms on how inner ear tip-link acts as a force-filter during mammalian hearing. @Nishaarora07 @AminSagar1 @Rakshits2016 @IiserMohali
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Have you ever noticed the beautiful double - helical arrangement of tip - links in hair cells ? Happy to share our just accepted article @BiochemistryACS where we redefine the structure of tip links. @Rakshits2016 @Tripta_connect
https://t.co/hnxeMLnL4h
pubs.acs.org
Tip links are seen under microscopes as double-helical tetrameric complexes of long nonclassical cadherins, cadherin-23 and protocadherin-15. The twisted filamentous structure enables tip links to...
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Aug 2013 - I dropped from 88kgs to 69kgs on my way to 6 pack abs. I am celebrating its 10th anniversary by attempting to become my fittest ever! In the last 16 weeks, I have dropped 8kgs, 4 inches off my waist, cheek fat, while building muscle mass. By changing just 2 things..
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'Polyprotein synthesis: a journey from the traditional pre-translational method to modern post-translational approaches for single-molecule force spectroscopy' @Rakshits2016, Surbhi Garg & Veerpal Kaur https://t.co/BVnZYKng3A
pubs.rsc.org
Polyproteins, an array of protein units of similar or differential functions in tandem, have been extensively utilized by organisms, unicellular or multicellular, as concentrators of the myriad of...
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Do you know what drives cadherins to form a 2-dimensional sheet at the cell-cell junction? We believe its transient, non-specific interactions. Here is the basis of our hypothesis
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Excited to announce the 6th edition of our Biostat's course. This is a paid online course that covers the basics of the subject. The course content, fees etc are given on the website: https://t.co/Q9QMSQl7Jd Kindly consider spreading the word.
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7 books that I wish weren't so expensive (and hence, I am gifting them!) A thread...
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Redefining the structure of tip-links in hair-cells The redefined structure of the tip - link is crucial for your uninterrupted hearing 👂.It conveys mechanical signals and dampens over excitation!! https://t.co/msWVPFFSJn
@Rakshits2016
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Do you know your Gating-spring protects you from loud sound and simultaneously helps to transduce the sound to electrical signal. How? Tip-links serve as force-pass filter to fulfil the role of gating-springs https://t.co/5zVpNOJfXH
@Rakshits2016 @jagadishhazra @AminSagar1
biorxiv.org
Tip-links as gating-spring in the mechanotransduction in hearing is still a debate. While the molecular elasticity of individual tip-link proteins warrants its candidature, the apparent rigidity from...
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I will be talking at AIRSA platform discussing about the challenges (and some possible solutions) one may face during PhD. Any suggestions from anyone that I should cover (or uncover :) )?
@abhijit_MLab @DrLalChandraV @IndiaDST @DBTIndia @ugc_india @ICMRDELHI @mamidala90 @rajesh_gokhale @Xpress_edex @thewirehindi @thewire_in @ppbajpai @TheLallantop @TimesNow @aajtak @ravishndtv @ravishranjanshu @DrJitendraSingh It was unclear so now everything fine, apology for unprofessional behaviour @abhijit_MLab #Now great sound amongst researchers
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Dear #students, only a week left to apply - don't wait till the #deadline! Please apply as instructed in the #advertisement on our website (Careers - Ph.D. Admissions). #careers #biotechnology #phd #research
@DBTIndia @Sci_ROI @IndiaBioscience
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A instant method to synthesize polyproteins on a substrate with tunable linkers using Inteins- Soft Matter https://t.co/ijbylEyy8d
@Rakshits2016 @softmatter @K3927Bhati @VEERPAL93676161 @IiserMohali
pubs.rsc.org
Nature has adapted chimeric polyproteins to achieve superior and multiplexed functionality in a single protein. However, the hurdles in in vitro synthesis have restricted the biomimicry of and...
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Look forward to hearing about "Use of Bio-AFM to decipher the force response of tip-links in hearing" by Dr. Sabyasachi Rakshit, IISER Mohali on 23rd September at 4:00 PM (IST). Please register here https://t.co/I7X8rttWs9
@Rakshits2016 @IiserMohali @BrukerNano
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An exciting talk now from Nisha Arora @Nishaarora07 from IISER @IiserMohali on the mechanobiology of hearing. #mcb2021
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