CCDC Cambridge (@ccdc_cambridge) 's Twitter Profile
CCDC Cambridge

@ccdc_cambridge

The CCDC is a non-profit, charitable institution focused on the advancement & promotion of chemistry & crystallography.

ID: 215778954

linkhttp://www.ccdc.cam.ac.uk calendar_today14-11-2010 22:01:15

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💡Discover how GOLD software can help fight cancer. In this work, the scientists used a drug repurposing approach to search for non-covalent inhibitors effective against the cancer drug target CRM1. 🔗Find our more: ccdc-info.com/3T9h1st #DrugDiscovery #Pharmaceuticals

💡Discover how GOLD software can help fight cancer.

In this work, the scientists used a drug repurposing approach to search for non-covalent inhibitors effective against the cancer drug target CRM1.

🔗Find our more: ccdc-info.com/3T9h1st

#DrugDiscovery #Pharmaceuticals
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The first combined solid and solution state analysis of a sigma alkane complex has been reported in Angewandte Chemie by the Krossing Group. CSD entry FUZZEJ contains the first sigma alkane complex to be crystallized from solution. 🔗ccdc-info.com/3TbaoG4 #FeaturedStructureFriday

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📣Join us at the Polish Crystallographic Seminar, 25–27 June! The seminar will cover basic and applied research on crystal structures using X-ray radiation, as well as topics like symmetry, crystal growth & computational methods in #crystallography. 👀 ccdc-info.com/3YT8f5s

📣Join us at the Polish Crystallographic Seminar, 25–27 June!

The seminar will cover basic and applied research on crystal structures using X-ray radiation, as well as topics like symmetry, crystal growth & computational methods in #crystallography. 

👀 ccdc-info.com/3YT8f5s
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New, searchable fields have been added to existing entries, adding scientific value and analytical potential. This enrichment allows researchers to interact with structures in entirely new ways. ccdc-info.com/3HotDJD #Crystallography #ChemistryData

New, searchable fields have been added to existing entries, adding scientific value and analytical potential.

This enrichment allows researchers to interact with structures in entirely new ways.

ccdc-info.com/3HotDJD

#Crystallography #ChemistryData
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💡Expanding the foundations of peptide engineering. In this work published in Cell Press, researchers synthesized a new, self-assembled capsid-like structure, providing a novel strategy to construct large metal-peptides. 🔗ccdc-info.com/45JU9r6. #PeptideEngineering

💡Expanding the foundations of peptide engineering.

In this work published in <a href="/CellPressNews/">Cell Press</a>, researchers synthesized a new, self-assembled capsid-like structure, providing a novel strategy to construct large metal-peptides.

🔗ccdc-info.com/45JU9r6.

#PeptideEngineering
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We're excited to attend the 16th Canadian Chemical Crystallography Workshop at Carleton University! Join Yinka Olatunji-Ojo from CCDC for the Introduction to the CSD and Data Analysis workshop. 🔗 ccdc-info.com/455io2H #Crystallography #Chemistry #Research

We're excited to attend the 16th Canadian Chemical Crystallography Workshop at Carleton University! Join Yinka Olatunji-Ojo from CCDC for the Introduction to the CSD and Data Analysis workshop.

🔗 ccdc-info.com/455io2H

#Crystallography #Chemistry #Research
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Nucleic acids are of increasing interest as drug targets. This white paper compares scoring functions in GOLD when docking small molecule drugs to DNA and RNA targets. Download it here: ccdc-info.com/43FNtJn #drugdiscovery #pharmaceuticals #medchem #compchem

Nucleic acids are of increasing interest as drug targets. This white paper compares scoring functions in GOLD when docking small molecule drugs to DNA and RNA targets. 

Download it here: ccdc-info.com/43FNtJn

#drugdiscovery #pharmaceuticals #medchem #compchem
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From So_Group, a carbene-stabilized four-membered silicon(0) cluster. Formed via reduction of carbene-SiCl4, the cluster is a source of silicon through fragmentation and isomerization reactions. 🔗CSD Entry VUZYOI: ccdc-info.com/4kXXKWN #FeaturedStructureFriday J. Am. Chem. Soc.

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Don't miss the 10th European Crystallography School, focusing on “From Nano to Macro: Elucidating Structures at Different Length Scales.” It is open to undergraduates, graduates, and young scientists across various disciplines! 👀ccdc-info.com/43vFzAN #Crystallography

Don't miss the 10th European Crystallography School, focusing on “From Nano to Macro: Elucidating Structures at Different Length Scales.”

It is open to undergraduates, graduates, and young scientists across various disciplines!
👀ccdc-info.com/43vFzAN

#Crystallography
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The Board of Trustees of The CCDC is pleased to announce that Suzanna Ward has been appointed as Executive Director with effect from 1 July 2025. Suzanna has nearly two decades of CCDC experience, most recently as Head of Data and Community. ccdc-info.com/45V2CHZ

The Board of Trustees of The CCDC is pleased to announce that Suzanna Ward has been appointed as Executive Director with effect from 1 July 2025.

Suzanna has nearly two decades of CCDC experience, most recently as Head of Data and Community.

ccdc-info.com/45V2CHZ
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💡This study elucidates the binding mode of the mGlu7 receptor inhibitor XAP044 by combining structure‒activity relationship, molecular modeling, and docking experiments. 🔗Find out more here: ccdc-info.com/43WCpGl. #Docking #DrugDiscovery

💡This study elucidates the binding mode of the mGlu7 receptor inhibitor XAP044 by combining structure‒activity relationship, molecular modeling, and docking experiments.

🔗Find out more here: ccdc-info.com/43WCpGl.

#Docking #DrugDiscovery
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🙌Join us at the ACA Summer Course in Chemical Crystallography from 22-29 June in Chicago! The CCDC workshop, led by Yinka Olatunji-Ojo, User Support Scientist, will show you how to use the CSD to advance your research. 🔗ccdc-info.com/43syDV5 ACAxtal #Crystallography

🙌Join us at the ACA Summer Course in Chemical Crystallography from 22-29 June in Chicago! 

The CCDC workshop, led by Yinka Olatunji-Ojo, User Support Scientist, will show you how to use the CSD to advance your research.

🔗ccdc-info.com/43syDV5

<a href="/ACAxtal/">ACAxtal</a> #Crystallography
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Cu-MOF-74 thin films change from orange to brown as the ethanol concentration increases in water-ethanol mixed vapours. This, along with a convenient smartphone app for analysis, provides an inexpensive alcohol sensing solution.📱🍷 🔗ccdc-info.com/3FH1HAc

Cu-MOF-74 thin films change from orange to brown as the ethanol concentration increases in water-ethanol mixed vapours. 

This, along with a convenient smartphone app for analysis, provides an inexpensive alcohol sensing solution.📱🍷

🔗ccdc-info.com/3FH1HAc
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A new class of entangled nanocarbons obtained via dynamic C–C bond formation is reported in J. Am. Chem. Soc.. CSD Entry HUTVOL showcases these perplexanes in a fully covalent, interwoven, and interlocked manner. 🔗 ccdc-info.com/443FMeM #FeaturedStructureFriday

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🙌Join us for the UK Symposium on Materials for Sustainability at Keele University 🐿️! Hosted by the Institute of Physics and the Keele Materials Science community, this event is ideal for those passionate about sustainable materials. 🔗ccdc-info.com/447WXgt #MaterialsScience

🙌Join us for the UK Symposium on Materials for Sustainability at <a href="/KeeleUniversity/">Keele University 🐿️</a>! Hosted by the Institute of Physics and the Keele Materials Science community, this event is ideal for those passionate about sustainable materials.

🔗ccdc-info.com/447WXgt

#MaterialsScience
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💡In this work, the team performed a systematic study and computational characterization of a subset of Zr-oxide MOFs extracted from the Cambridge Structural Database (CSD). Find out more here 🔗ccdc-info.com/467Kf2F #MOFs #FunctionalMaterials

💡In this work, the team performed a systematic study and computational characterization of a subset of Zr-oxide MOFs extracted from the Cambridge Structural Database (CSD).

Find out more here 🔗ccdc-info.com/467Kf2F

#MOFs #FunctionalMaterials
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❄️A recent study reveals the microscopic mechanisms behind ice formation on surfaces. The findings demonstrate the key role of a surface’s #hydrophilicity, and provide new insights for precise control over ice formation in nature and technology. 🔗ccdc-info.com/44bVgi0

❄️A recent study reveals the microscopic mechanisms behind ice formation on surfaces.

The findings demonstrate the key role of a surface’s #hydrophilicity, and provide new insights for precise control over ice formation in nature and technology.

🔗ccdc-info.com/44bVgi0
CCDC Cambridge (@ccdc_cambridge) 's Twitter Profile Photo

🔎Discover the main features of GOLD, a validated, configurable protein–ligand docking software for expert drug discovery, and read about four case studies that use this versatile tool. 🔗ccdc-info.com/45H3tvT #DrugDiscovery

🔎Discover the main features of GOLD, a validated, configurable protein–ligand docking software for expert drug discovery, and read about four case studies that use this versatile tool.

🔗ccdc-info.com/45H3tvT

#DrugDiscovery
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Evidence reported in Angewandte Chemie suggests that in high-valent W-oxo bis(dithiolene) complexes, the dithiolene-S site can engage in hydrogen bonding with a proton source, acting as a proton relay. 🔗CSD entry JUVNUN: ccdc-info.com/4k4ERRe #FeaturedStructureFriday

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How does the protein–ligand docking tool GOLD work for pose prediction and virtual screening? Download your copy of this white paper that uses GOLD to evaluate 184 peptide-protein complexes. ccdc-info.com/3GfKxdi #DrugDiscovery

How does the protein–ligand docking tool GOLD work for pose prediction and virtual screening?

Download your copy of this white paper that uses GOLD to evaluate 184 peptide-protein complexes.

ccdc-info.com/3GfKxdi

#DrugDiscovery