United Kingdom & Ireland Controlled Release Society
About UKICRSThe Controlled Release Society (CRS) was founded in the United States over two decades ago to advance the science and technology of controlling the release and delivery of active agents. It is recognised worldwide as the premier professional society in this still developing field. The CRS is establishing local "chapters" of the organisation around the World and the United Kingdom Controlled Release Society (UKCRS) was formed in 1994 to cater for the needs here in the UK. In 1998, Ireland joined forces with UKCRS and the United Kingdom and Ireland Controlled Release Society (UKICRS) was formed. The UKICRS addresses a broad range of research fields based on controlled release which include agriculture, veterinary, food and cosmetic sciences. The Committee has drawn up several key aims and objectives, principally: | Eudragit® - More flexibility, more options![]() The foundation of a successful drug lies in the formulation design. Pharma Polymers, a business line of Evonik Industries, offers the complete range of EUDRAGIT® polymers for flexible drug release design. The market experience and know-how we have earned through decades of local customer support helps you in achieving your competitive advantage. http://www.eudragit.com/products |
| UKICRS Sessions at BPC 2009![]() UKICRS is hosting two sessions at the 2009 British Pharmaceutical Conference in Manchester. Oral Drug Delivery 7th September / 3.55-5.30 pm Novel zero-saccharide fast disintegrating tablets - Afzal Mohammed, University of Aston, UK Nano polymeric self-assemblies as emerging carriers for the oral delivery of proteins and drugs - Woei Ping Cheng, University of Hertfordshire, UK Combination of dissolution and clinical studies to understand product quality for a BCS Class 4 compound - Talia Buggins, AstraZeneca, UK Delivery of Anti-Infectives 8th September / 2.00-3.45 pm Use of liposomes to induce unique antibodies that simultaneously bind to lipid and HIV-1 protein antigens: A novel vaccine strategy - Carl Alving, Walter Reed Army Institute, USA Chlorhexidine skin antisepsis and penetration - Barbara Conway, Aston University, UK Polymers for and against cell attachment - Cameron Alexander, University of Nottingham, UK |





