Shashanka Indri (@shashanka_indri) 's Twitter Profile
Shashanka Indri

@shashanka_indri

PhD Student @bengurionu. Working on Biogenic crystals. BS-MS Chemistry @iiserkol. Amateur artist, Book lover and Sports fan.

ID: 1123933262035001347

calendar_today02-05-2019 12:52:26

624 Tweet

314 Followers

549 Following

Jia-Bin Huang (@jbhuang0604) 's Twitter Profile Photo

How to work with your advisor(s)? Working effectively with your advisor is the no doubt the key to success of your research! However, junior grad students often don't have a clear idea on how to do so. Sharing some tips that I found useful. 👇

Sara Fung, MN, BSN, RN (@saramfung) 's Twitter Profile Photo

There are things that no one talks about after leaving a toxic workplace or toxic team 🧵. -the period of decompression you go through -the bad habits you have to unlearn -the closure that you never get 1/3

Shashanka Indri (@shashanka_indri) 's Twitter Profile Photo

The best ones encourage you to take a break and go for a trip as much as they encourage you to work. And well nothing can beat delicious snacks 😋

PalmerLab (@benpalmerlab) 's Twitter Profile Photo

Happy to share Avital Wagner’s recent paper nature.com/articles/s4146… showing how guanine crystal morphology is controlled by soft, intra-organelle templates, with many parallels to melanin morphogenesis Ben-Gurion University of the Negev Nature Communications #biomineralization אוניברסיטת בן-גוריון בנגב

Shashanka Indri (@shashanka_indri) 's Twitter Profile Photo

An amazing work from Avital and the team, providing a wonderful insight in the world of biogenic Guanine crystals. And waiting for many more such mysteries to be uncovered by the group.

Shashanka Indri (@shashanka_indri) 's Twitter Profile Photo

2nd paper of the month. Some really exciting Science brewing below the waters of Eilat. Big congratulations to the whole team. Stay tuned for another blockbuster from the lab.

Shashanka Indri (@shashanka_indri) 's Twitter Profile Photo

"Synchrotron in a microscope" That's what 4D STEM is, a whole different world of Microscopy introduced by @ColinOphus at ISM, Jerusalem

"Synchrotron in a microscope" 
That's what 4D STEM is, a whole different world of Microscopy introduced by @ColinOphus at ISM, Jerusalem
PalmerLab (@benpalmerlab) 's Twitter Profile Photo

Happy to share our first paper of 2024 - a proof of concept showing structure determination of biogenic crystals from 3D Electron Diffraction pubs.acs.org/doi/10.1021/ac… Crystal Growth & Design / ACS ACS Publications Avital Wagner Noam Pinsk Laura Samperisi

PalmerLab (@benpalmerlab) 's Twitter Profile Photo

Check out our new paper which rationalizes how molecular dopants (e.g., hypoxanthine) effect guanine crystal morphology. Dopants may be used to regulate the cross-sectional shapes of reflective biogenic crystals. Aurora Chemistry of Materials Ben-Gurion University of the Negev pubs.acs.org/doi/10.1021/ac…

Check out our new paper which rationalizes how molecular dopants (e.g., hypoxanthine) effect guanine crystal morphology. Dopants may be used to regulate the cross-sectional shapes of reflective biogenic crystals. <a href="/AJCruzCabeza/">Aurora</a> <a href="/ChemMater/">Chemistry of Materials</a> <a href="/bengurionu/">Ben-Gurion University of the Negev</a>  pubs.acs.org/doi/10.1021/ac…
Open Letter (@openletteryt) 's Twitter Profile Photo

Love how Prakhar Gupta is using his platform to become the voice of India. This is important because most english speaking Indian sources westerns rely on are anti-India.

PalmerLab (@benpalmerlab) 's Twitter Profile Photo

Very happy to see this collaborative work out J. Am. Chem. Soc. - Shashanka Indri Florian Dietrich and Matteo Salvalaglio use in situ cryo-EM and unbiased MD simulations to reveal the ‘particle attachment’ crystallization mechanism of guanine Ben-Gurion University of the Negev pubs.acs.org/doi/full/10.10…

Panče Naumov, PhD ACSF FRSC (@pance_naumov) 's Twitter Profile Photo

Crystallization by particle attachment—Many inorganic materials are known to crystallize through a "nonclassical" process involving particle attachment; however, our understanding of this mechanism at the molecular level is limited. Now, Indri, Salvalaglio Matteo Salvalaglio, Palmer,