Hey there, xtallographers! 📢❗I wanna organize a #school on Rietveld, texture & microstructure analysis in Hamburg. Someone is interested to join me? Please, rt 🙏 #electron #xray #neutron #diffraction

Heading to #MM2022Portland this morning? Love all things #cryoEM & #cryoET including #viruses, #bacteria, #neurons, and #techdev? Come check out talks by @pangolininator (B02.2, D136, 9 am), @jkim35 (B02.2, D136, 9:30 am), & @Microscope_Dan (B07.3, D133-134, 11:15 am)!

Any chemists want to come give a talk at my college in Worcester, MA this Fall? 🥰🥰

@BJ_Greber But it's important to keep in mind that all structures are models of physical reality. They can be useful, but we're all in the same game of using experiments and computations to make sense of biology!

Happy Friday from this beautiful #bayarea view @berkeleylab #bestviewfromalab

Check out our recent publication using organometallic gold reagents for rapid bioconjugation! Special congrats to first author Hayden Montgomery, our lab’s favorite golden girl !! 💛✨🏆 pubs.acs.org/doi/10.1021/ac…

So exciting to share our work in Bioconjugate Chem using some pretty awesome Au(III) polymer reagents to PEGylate proteins in 1 minute! Thanks to the team for all of the help and support💛✨💫

Really cool sculpture of Top7 by Mike Tyka (@[email protected]) . Celebrating 10 years of IPD Institute for Protein Design (check out the reflection in the glass) 🤯

Congrats to Hayden Montgomery! And if you are going to ACS meeting, don’t miss her talk next Wed.

cutt.ly/bXY556u an Chemical Reviews led by Ambarneil Saha. ED is moving so fast, those tables will need updating soon! 👀 Xiaodong Zou Lab @MGJones13 Hongyi Xu Nelson Group Max Clabbers Mike Martynowycz Robert Bücker @[email protected] Samantha Powell とりさん Brent Nannenga Naned_project & many more for🧊science

If you’re around, stop by my talk and Grace Kunkel’s poster if you want to hear more about some of the impressive things our Au(III) s-arylation reagents can do!

Chicago is the most crystalline city in the world (appliednetsci.springeropen.com/articles/10.10…). I took the "powder diffraction pattern" (radially integrated FFT) of Chicago and did a crystallographic refinement in TOPAS. The rectangular cell matches Chicago's 4x1 block shape!

A reminder to all of #chemtwitter that if your school or company is hiring right now, there is an awesome list of postdocs & graduate students looking for positions at diversifychemistry.com. I highly encourage you to use the site to reach out to candidates!

We are organizing a BPS Virtual Networking Event: “Beginner Scientists at the Interface of Physics and Biology”, on September 15th from 9 am-1 pm (EST). Do register (free of cost) to attend the meeting biophysics.org/upcoming-netwo… Please join us and spread the news. Biophysical Society

Got to see Bragg’s original notebook where he first wrote down his law for diffraction of X-rays

This atomic-scale movie upends a 100-year-old theory! Thanks to record-breaking 🔬 video resolution at our @molecularfoundry, scientists have discovered 🔎 how atomic-scale defects direct #nanoparticle growth. Check it out ⬇️ newscenter.lbl.gov/2022/07/26/how…

Yay!🥳🎉 CryoEM-ers, please deposit your datasets in EMDB - EMPIAR @EBI. This helps processing and mining methods developers immensely. 🖥️🙂👍

Carolyn Bertozzi – awarded the 2022 #NobelPrize in Chemistry – has taken click chemistry to a new dimension and started utilising it in living organisms. Her bioorthogonal reactions take place without disrupting the normal chemistry of the cell.

Just in! First selfie from our 2022 #NobelPrize laureate in chemistry Carolyn Bertozzi. Congratulations!