Blog Database Group

The Cambridge Structural Database, CSD, is at the heart of our plan to advance structural science. Our software and services use the database to provide insights and drive decisions based on high-quality, trusted data.

Here we'll update you on what's changing with the CSD as we undergo the database evolution project.

In this new CSD Educators blog, it is my pleasure to introduce Helen Maynard-Casely from Australian Nuclear Science and Technology Organisation (ANSTO). In this blog, Helen, who is also a CSD Champion, will tell us about the International School of Crystallography, held in person in Erice (Italy) between 3rd and 11th June 2022. 

It is my pleasure to introduce you to our new CSD Champions. They are a network of volunteers who have committed to provide us feedback and guidance to help shape our education and outreach strategy.

Who are our CSD Champions? What is the goal of the initiative? Read further to find out more.

The FAIR Data Principles stand for findability, accessibility, interoperability, and reusability of data for both humans and machines. Here we highlight a few ways CCDC supports the FAIR Data Principles.

We are pleased to announce the September 2021 data update of the Cambridge Structural Database (CSD) is now available!  This data update brings you 16,688 new organic and metal-organic experimentally determined structures (17,283 new entries) and increases the total size of the CSD to over 1,129,000 structures (1,152,000 entries).

How many groups took part in the first challenge of the 7th CSP Blind Test? What kind of experimental work goes on behind the scenes? Read on for answers, and an interesting Q&A with a team from Catalent. Catalent is a development and manufacturing partner that has provided the high-quality experimental data for this test of crystal structure prediction (CSP) methods.

This month marks 10 years since the CCDC began formally accepting experimental structure factor data alongside crystallographic information files (CIFs) for deposition of structures to the CSD. The change came about following the lead and advice of the International Union of Crystallography (IUCr), whose journals have long required authors to provide structure factor data for published crystal structures. Structure factors, as well as other experimental information, are important as they can be used to describe the distribution of electron density in the structure and enable users to further validate a structural model. This also helps make your data more FAIR (Findable, Accessible, Interoperable and Reusable). 

For this CSD Educators blog, our guest is Christine Zardecki, from the RCSB PDB. This year, the Protein Data Bank (PDB) is celebrating their 50th anniversary and we are delighted to share with you a bit about their journey in education and the building of the PDB-101 educational resources.

For this CSD Educators blog, I have the pleasure to introduce to you Prof. Alessia Bacchi, from the University of Parma in Italy. In this blog, Alessia will talk to us about her recent experience teaching "virtually" the use of Mercury and the CSD in high schools, with the goal to help students and teachers with the learning and teaching of three-dimensional concepts, such as the geometry of molecules.

It is my pleasure to welcome Dr Natalia Alvarez as our guest for this CSD Educators blog. This is actually a welcome back, as Natalia was a guest editor for the CCDC in 2016, talking about the OpenLab in Uruguay. In this blog instead, Natalia will talk to us about her journey in crystallography, how she first met the CSD (spoiler: it was not love at first sight!), her contribution in regional crystallography schools with insights on how to teach the use of crystallographic databases, in particular the CSD.