Last checked at 12 Nov 2008 07:00
For Immediate Release 12 November 2008
ImmuPharma awarded grant for developing cancer drug
ImmuPharma PLC (LSE:IMM), ("ImmuPharma or the "Company") the specialist drug discovery and development company, is pleased to announce that it has been awarded €0.9m as one of the two grants it has been anticipating from French government organisations. The grants are to be used for the development of ImmuPharma's cancer drug candidate IPP-204106.
Dr. Robert Zimmer, President & Chief Scientific Officer said:
"We are both delighted and honoured to have been chosen for the grant by this prestigious French government organisation. Together with the company's internal resources, this grant will fund the development of our exciting cancer compound to the completion of Phase I trials, which we expect to start during 2009."
For further information please contact:
ImmuPharma PLC:
Dimitri Dimitriou, Chief Executive Officer +44 20 7152 4080
Richard Warr, Chairman +44 20 7152 4080
Dr Robert Zimmer, President & Chief Scientific Officer + 33 389 32 76 50
Buchanan Communications:
Lisa Baderoon + 44 20 7466 5000
Rebecca Skye Dietrich + 44 20 7466 5000
Panmure Gordon & Co +44 151 243 0963
Andrew Burnett
More information on the Company can be found at www.immupharma.com
Notes to Editors:
About ImmuPharma
ImmuPharma PLC is a drug discovery and development company headquartered in London, UK and quoted on AIM of the London Stock Exchange (LSE:IMM). It has research operations in France (ImmuPharma (France) SA) and Switzerland (ImmuPharma AG). ImmuPharma is dedicated to the development of novel drugs, largely based on peptide therapeutics, to treat serious medical conditions such as autoimmune diseases characterised by:
blockbuster potential in niche markets
low promotional costs in few specialised physicians and centres and
lower risk of drug development and lower development costs
ImmuPharma is a currently developing drug candidates for five different medical conditions, each of which would represent a significant breakthrough in its field. The furthest advanced drug candidate targets Lupus, a disease for which there is currently no cure or specific treatment. The other four address 1) cancer, 2) moderate to severe pain (such as that experienced by cancer sufferers and post-operative patients), 3) MRSA and similar severe hospital-acquired resistant infections and 4) inflammation.
All five have significant sales potential as well as low marketing costs and a relatively low risk of development failure. One or more have the potential to be fast-tracked by the US Food and Drug Administration according to "Guidance for Industry: Fast Track Drug Development Programs - Designation, Development and Application Review" issued July 2004 and could therefore obtain their market authorization by 2010.
Key to the potential success of ImmuPharma is its unique collaborative agreement with Centre National de la Recherche Scientifique, France's scientific research institution. This agreement grants ImmuPharma worldwide exclusive rights to exploit certain key discoveries.
In addition to its five leading drug candidates, ImmuPharma has a drug development pipeline using its rights to a virtual chemical library of hundreds of thousands of molecules as well as an innovative technology for converting peptides to drug candidates.
ImmuPharma has the option to commercialise its assets itself or to license them to other pharmaceutical companies at an earlier stage.
The products
Treatment of Lupus (LupuzorTM)
This is a long-term treatment for Lupus, a chronic, life-threatening autoimmune disease where the immune system attacks healthy cells. There is currently no cure and existing medications only treat the symptoms whereas ImmuPharma's drug candidate has the potential to produce remission of the disease in a substantial proportion of patients.
Based on independent forecasts, the value of ImmuPharma's Lupus drug is estimated to be "substantial" with peak annual sales forecast to generate in excess of $4 billion.
Cancer (IPP-204106)
IPP-204106 has a dual mechanism of action, acting both in preventing angiogenesis as well as proliferation. IPP-204106 is a nucleolin antagonist, the lead molecule in a family of pseudopeptides designed to block the activity of a protein called nucleolin. Located essentially in the nucleus of normal cells where it is protected, nucleolin is much more abundant at the surface of the cells which are proliferating as well as the surface of active endothelial cells where it can be a target for antagonist peptides.
Cell surface expressed nucleolin is involved in the proliferation processes as well as in cell transformation. It is also a receptor for many growth factors and plays a key role in angiogenesis. Nucleolin antagonists have therefore both anti-angiogenic and anti-proliferative properties.
Preclinical data have shown that nucleolin antagonists inhibit the growth of tumours and metastasis in many cancer types. They prevent the implantation of tumours and block angiogenesis. They also inhibit the proliferation of certain types of leukaemia cells. Based on the mechanism of action nucleolin antagonists are active as long as surface nucleolin is present, irrespective of the type of cancer. Preliminary data have also shown the absence of toxicity.
Severe pain relief (IPP-102199)
ImmuPharma is developing a non-addictive compound for relieving moderate to severe pain, such as experienced by cancer sufferers and post-surgical patients. Most existing treatments are opioid-based (explain) and tend to have serious side effects. ImmuPharma's new treatment is based on met-enkephalin, the body's internal analgesic. IPP-102199 is being developed to have major advantages over morphine such as longer pain relief duration and reduced side effects. The market for chronic opioids in the US currently exceeds $3.5 billion and is growing by more than 10 to 20 per cent a year.
Antibiotic for MRSA and similar highly resistant infections (IPP-203101)
This is a novel antibiotic to counter the effects of MRSA and other severe hospital-acquired, resistant infections which affect some two million people in the US, according to the US Centers for Disease Control and Prevention. ImmuPharma's drug candidate uniquely uses an electrical charge rather than biochemical methods against MRSA and other bacterial strains. It is hoped this novel approach will reduce their potential to become resistant.