Technical / white paper
18-Sep-2009 -
Over the past 10 years, the manufacture of highly potent active pharmaceutical ingredients (HPAPIs) has become increasingly attractive to contract manufacturers due to significant advances in clinical pharmacology and oncology research. In addition, with factors such as fewer FDA drug...
Technical / white paper
12-Nov-2009 -
When dealing with highly potent compounds, it’s critical that failsafe procedures are in place relating to their handling, storage and containment. In order to ensure that the correct procedures are installed and adhered to, a logical system of classifying the...
Product brochure
16-Jun-2008 -
High-potent conjugated drugs are seen as a very promising emerging technology in cancer drug development. SAFC Pharma discusses what is needed to be an effective development partner in this complex area.
Product brochure
24-Jun-2008 -
Medical researchers are arming themselves with a new series of weapons in the war against disease - conjugated drugs that link biological molecules to a highly potent active pharmaceutical ingredient (HPAPIs). Only a handful of companies have the combination of...
Technical / white paper
11-Jun-2009 -
In this article SAFC Pharma looks at how the use of multi-purpose microreactors offers numerous benefits over traditional batch processors in the manufacture of certain chemical ingredients and intermediates. These benefits include continuous processing, improved heat transfer, precise temperature control,...
Product brochure
28-Apr-2009 -
Medical researchers are arming themselves with a new series of weapons in the war against diseases – conjugated drugs that link biological molecules to a highly potent active pharmaceutical ingredient (HPAPIs). Cynthia Wooge, SAFC® process development manager and a...
Technical / white paper
24-Jun-2009 -
In this article SAFC Pharma looks at the evolution of microbial fermentation and its applications in today’s pharmaceutical industry. The article also examines the advantages of fermentation technology in terms of economy, efficiency, timescale and yield over synthetic routes...