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International Clinical Trials |
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| International Clinical Trials (ICT) is a specialist journal designed to provide global coverage of
key topics pertinent to the clinical trials sector.
Published quarterly, the journal offers a platform of
communication and information-sharing for executive and strategic decision makers, seeking
out new trends and marketing opportunities, as well as putting a spotlight on the latest innovations coming to market. ICT is specifically designed to be of interest to those actively seeking to source services for improved efficiency in what is an increasingly competitive market.
Prompted by the synergies between trial operations and wider contract research and outsourcing
issues, ICT joined forces with sister title European Pharmaceutical Contractor (EPC) in late-2015,
in a move that brings added value to both brands. With EPC now an inserted edition within ICT,
industry practitioners across these complementary subject areas now
have unrivalled access
to a wealth of shared views and analyses.
Connect with us on Twitter: follow @IntClinTrials
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Industry Events |
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Outsourcing in Clinical Trials Europe
26-27 October 2020, Paris, France
Arena International are delighted to announce the return of Outsourcing
in Clinical Trials Europe. Part of our global series of events, this
flagship show will attract the leading clinical professionals from
across Europe. The 10th Annual event will be hosted in Paris.
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News and Press Releases |
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Annual General Meeting of Gerresheimer AG approves dividend increase to EUR 1.20 per share
Duesseldorf, June 24, 2020—Payment of a dividend of EUR 1.20 per share was approved at the virtual Annual General Meeting of Gerresheimer AG.
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White Papers |
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Advantages of Quantitative NMR for the Determination of Relative Response Factors
Novatia, LLC
Quantitative NMR (qNMR) is a technique that is being applied broadly and at an increasing rate in the field of pharmaceutical analysis (1). This white paper highlights the advantages of using qNMR to determine Relative Response Factors (RRFs) for pharmaceutical impurities detectable by HPLC. A single determination of RRFs using qNMR allows for simple and accurate quantitation of impurities which eliminates the need for preparation, qualification, and storage of reference standards. An example is presented here, which demonstrates quantitation of known impurities that have variable responses to UV-VIS detection, thereby providing a more accurate assessment of impurity levels than UV-VIS response alone.
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