Version 2 2024-03-12, 12:44Version 2 2024-03-12, 12:44
Version 1 2024-03-01, 08:49Version 1 2024-03-01, 08:49
journal contribution
posted on 2024-03-12, 12:44 authored by Nicholas Blagden, S. J. Coles, D. J. Berry<p>In the pharmaceutical arena it is agreed that co-crystals form a vital part of the solid-state toolbox, allowing the progression of novel compounds through the development pathway to patients and improving properties in older medicines. Sadly though, few co-crystals have made it to the market in the form of a new licensed product. This displays a disconnect between research effort and end product. For some time now it has been possible to determine the formation of co-crystals, by a variety of screening and analytical means; although it is recognised that there will always be phases that sit in the 'greyer' area of the salt-co-crystal continuum. It is also possible, with limitations, to predict the formation of co-crystals in silico via energetic and structural considerations. So what are the major hurdles and missing links, and what are the key structural properties we need to study to improve the success rate? This highlight hopes to address these. © the Partner Organisations 2014.</p>
Funding
AstraZeneca
EPSRC
History
School affiliated with
- School of Pharmacy (Research Outputs)
Publication Title
CrystEngCommVolume
16Issue
26Pages/Article Number
5753-5761Publisher
Royal Society of ChemistryExternal DOI
ISSN
1466-8033eISSN
1466-8033Date Submitted
2014-07-09Date Accepted
2014-03-10Date of First Publication
2014-03-11Date of Final Publication
2014-07-14Date Document First Uploaded
2014-11-06ePrints ID
14428Usage metrics
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