Laura

[CCDC Cambridge @ccdc_cambridge]

A great look at how data-based approaches and experimental chemistry are working in tandem and ideas for next steps!

🔗Paper: https://t.co/cVTpLhgxms

@NatRevChem article by Junko Yano and team from
@BerkeleyLab @SLAClab @Caltech @ToyotaResearch @UWM @FordhamNYC @UCBerkeley

[CCDC Cambridge @ccdc_cambridge]

Hey #chemtwitter, tell your students: applications now open for summer placements in our Data + Community team! If you have a passion for science & interest in creating educational resources, lets talk.
🕑 Apply by 29th April
📆 Placements July-Aug
🔗 https://t.co/brXjl2dDwL

[CCDC Cambridge @ccdc_cambridge]

We're excited to collaborate with @PDBeurope and @ChEMBL on BioChemGRAPH—a project to create an easily accessible web platform with aggregated datasets on small molecules and related macromolecules. Learn more about a great opportunity to get involved👇
#chemtwitter #chemjobs

[CCDC Cambridge @ccdc_cambridge]

We're celebrating @usnccryst's online workshop series on crystallographic and structural databases with an AMA on Twitter:
⏰ April 12 2:30 – 3:30 PM ET
💬 @jeff_lengyel (CCDC) and Allen Oliver (@NDscience)
✔️ Tweet questions @ccdc_cambridge
✔️ Learn more:
https://t.co/FIaaPJScvP

[CCDC Cambridge @ccdc_cambridge]

CCDC's GitHub repo shares #python scripts that make #chemistry work simpler. For example, this script generates #CASTEP input files for a structure in Mercury. #Chemistswhocode can edit and submit scripts too! What tasks do you want to see automated?
https://t.co/NOiMyxrEek

[CCDC Cambridge @ccdc_cambridge]

🍎Teaching undergraduate #chemistry? George Sheldrick's slides cover all aspects of symmetry. Starting with why there are 230 space groups, and why are there no five-fold axes. Find them here: https://t.co/d1Nd8TQor9

#TeachChemistry #crystallography #chemtwitter

[CCDC Cambridge @ccdc_cambridge]

In this Nature article, authors at @McGillChemistry (@TH_Borchers, @TomislavFriscic, et al) show gentle photo-carving of azo-volatile co-crystals using a low-power, visible laser light!
🔗 Article: https://t.co/1FwrQzbpcP
🔗 View the structures: https://t.co/PM17g71hfQ

@mcgillu

[CCDC Cambridge @ccdc_cambridge]

In this interview, we talk with Mihaela Smilova (@mihismi), postgraduate researcher @CmdOxford, about the benefits of fragment-based drug design, and why it's an increasingly common approach in early-phase #drugdiscovery!
https://t.co/NNIXczXO3g

[CCDC Cambridge @ccdc_cambridge]

We’re pleased to participate in @Cambridge_Fest's #CamFest again this year, with #science activities kids 8+ can do at home, with an adult. Find them here: https://t.co/AFVg1A3vQg
#STEM #STEMatHome #SciEd #scienceforkids

[CCDC Cambridge @ccdc_cambridge]

We're #hiring a Cambridge-based Computational and #DataScience Team Leader! It's a great opportunity to spearhead integrations of state-of-the-art computational chemistry and develop new data-based insights. 👇
https://t.co/BLslrHCfKt
#career #employment #chemtwitter

[CCDC Cambridge @ccdc_cambridge]

Authors at @UCSanDiego, the @UofR, and @OhioState show why when diphosphorus binds in metal clusters it acts more like carbon-based acetylene! View the structures in the CSD.
🔗https://t.co/SduE99EdcD
📸CSD Refcode: SAVSUH

#chemtwitter #ACSSpring2022

[CCDC Cambridge @ccdc_cambridge]

"Scaffold hopping" starts with a known active compound and ends with a novel molecule—designed by modifying the central core structure. Learn how CSD-CrossMiner can help you identify new patentable therapeutics through scaffold hopping: https://t.co/Mbxf4mAwec
#chemtwitter

[CCDC Cambridge @ccdc_cambridge]

A great example of discovery & materials science crossover in an @ACSPublications! Authors at New York University (@nyuchemistry) and Rutgers (@RutgersSAS) observe crystal-growth mechanisms that can cause kidney stones with in situ atomic force microscopy.
https://t.co/MCqCkorpWf

[CCDC Cambridge @ccdc_cambridge]

To celebrate the #BSW22, this #FeaturedStructureFriday features UYUJIK https://t.co/HmWq0HuQaK by our top British depositor Prof. M. B. Hursthouse @unisouthampton. The cyclometallated complex is a rare example of a P/Namine/C-cyclometallated functionalised tertiary phosphine.

[CCDC Cambridge @ccdc_cambridge]

The @BritSciAssoc's ten-day celebration of science, tech, and maths (@ScienceWeekUK) just started! The #BSW22's theme is "growth." Get the whole family involved and learn about structural science while growing sugar crystals. 👇
https://t.co/DYzUASy5UO
#STEM #STEAM #education

[CCDC Cambridge @ccdc_cambridge]

Learn the basics of protein-ligand docking, and run a standard dock yourself in this introductory workshop organized with @universitimalaya—if you research or study in #drugdiscovery or #drugdesign don’t miss it!

Save your place now https://t.co/9hhzxgnjkT

[CCDC Cambridge @ccdc_cambridge]

How do you find metastable polymorphs if a system doesn't have H-bonding? Or the H-bonding networks are the same? Read our new case study: @AstraZeneca leverages CSD-Materials to de-risk solid form selection in early-phase drug development
https://t.co/4Rpm85F7Ng

[CCDC Cambridge @ccdc_cambridge]

📣 New CSD data update is available now! It brings over 18,000 new experimentally determined & manually curated organic and metal-organic structures to the database. Each will feed into big-data insights fuelling novel research. Info & how to update here: https://t.co/Vb8JMPvAqJ

[CCDC Cambridge @ccdc_cambridge]

Assess the structural stability of solid materials with Full Interaction Maps. Learn how in our latest on-demand learning module.
Watch an example, try one for yourself, then test your knowledge (and earn a certificate!)
📝 https://t.co/wxaW3C2qEl

#drugdesign #compchem

[CCDC Cambridge @ccdc_cambridge]

Announcing the new interactive 3D visualizer in the journal Crystal Growth & Design (@CGD_ACS)! This component enhances the CCDC Deposition Numbers in the supplementary data section, showing images of the structures from the CSD! https://t.co/HOJ5paaup5
#chemtwitter