Cryomilling as manufacturing technique to produce ASDs, a technique as gentle as generally assumed or rather not?
06 January 2020 in Research Highlights 1142 hitsAbstract In this short communication, on current hot topics in the drug delivery and disposition lab, a chemical (and physical)…
Are we as PhD students doing enough to facilitate collaborations across PSSRC?
23 October 2019 in Research Highlights 2506 hitsa word from one of our "Best Presentation Award" winners: Anne Linnet Skelbæk-PedersenSTAR PhD studentOral Pilot and Process DevelopmentNovo Nordisk…
Influence of the Suspension Composition on the Mechanical Strength of Dried Microspheres
10 September 2018 in Research Highlights 7041 hitsSpray drying is widely used in pharmaceutical manufacturing to produce microspheres from solutions or suspensions. The mechanical properties of the…
Novel stand-alone test tool for scientific qualification of a dosator capsule filling process
10 September 2018 in Research Highlights 6703 hitsOne of the biggest problems in the manufacturing of high-quality low-dose inhalation products, is dose uniformity of filled capsules [1].…
Modeling Powder Compaction using a Multi-Particle Finite Element Model
10 September 2018 in Research Highlights 8364 hits1. Introduction Cold compaction of powder is important for many industrial processes, e.g., for the production of green bodies before…
Controlled expansion of supercritical solutions: an alternative method for producing nanoparticles with supercritical carbon dioxide
08 September 2017 in Research Highlights 13249 hits
Control performance of different roll compactors
22 December 2016 in Research Highlights 21034 hitsWritten by Kitti Csordas, early stage researcher in the IPROCOM project
Does PLGA microparticle swelling control drug release?
26 January 2016 in Research Highlights 29966 hitsBackground Poly(lactic-co-glycolic acid) (PLGA)-based microparticles offer a great potential as parenteral controlled drug delivery systems [1]. Different types of drug…
Ensuring thermodynamic stability of amorphous solid dispersions by predicting drug-polymer solubility
25 November 2015 in Research Highlights 33448 hitsThe potential of amorphous solid dispersions to improve the solubility, dissolution rate and bioavailability of poorly water soluble drugs is…
The PSSRC
Mission
The PSSRC aims to initiate and foster collaborative research between its members in all areas of the pharmaceutical solid state field by
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forming a network with equipment and expertise for processing of pharmaceuticals with all critical unit operations and related solid state analysis
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providing a discussion forum to exchange ideas and facilitate novel innovations
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providing a network to exchange members of the cluster through student and staff research visits
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facilitating collaborations of its members in joint academic research projects and projects with the industry
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