RE(ACT) Congress 2012, First International Congress on Research of Rare and Orphan Diseases

In its first edition (CH-Basel, 29th February – 02nd March), the RE(ACT) Congress brought together almost 300 people in Basel to discuss research into rare diseases and the development of active substances to treat them. What made the congress unique was the interdisciplinary collaboration. Scientists from different disciplines – stem cell researchers, geneticists, biochemists, clinicians and pharmacists – exchanged information with patient organizations.

The congress goals are:

• Promote research on rare and orphan diseases among the general public, industry and policy makers

• Bring together researchers and their knowledge

• Helping the understanding of other more common diseases

• Encourage clear insights positions identifiable from the scientific community in university and industry

 

Press release 02nd March

RARE DISEASES: PATIENTS AND RESEARCHERS MUST WORK TOGETHER MORE CLOSELY

Almost 300 people took part in the first RE(ACT) Congress in Basel on the Novartis Campus to discuss research into rare diseases and the development of active substances to treat them. What made the congress unique was the interdisciplinary collaboration. Scientists from different disciplines – stem cell researchers, geneticists, biochemists, clinicians and pharmacists – exchanged information with patient organizations. In Switzerland about 500,000 people are affected by a rare disease.

Guy Morin, government president of Basel-Stadt, opened the congress: “For most of the 6000 to 8000 rare diseases there are still no treatments to this day, and where there is a treatment, the costs cannot always be adequately covered.” Morin criticized the Federal Court ruling in 2010, when in the case of an elderly woman patient suffering from the rare Pompe disease, the court ruled that the treatment costs were too high and the health insurer did not have to cover the costs. “We must under all circumstances prevent such a judgment being repeated or this decision rubbing off onto similar cases.” Morin also identified a need for action in another area: Compared with the US and the EU, where a law has been in place for years that successfully promotes the development of new medicines for rare diseases, Switzerland still does not have a comparable instrument in place. “We still have a long way to go in Switzerland”, said Morin.

The podium was then taken by world leading researchers such as Prof. James R. Lupski, a pioneer in the field of genomic disorders, and Prof. Alain Fischer, a pioneer in gene therapy. Whether rare malformations of the face, rare forms of thalassemia, rare immune deficiencies, such as SCID or retinitis pigmentosa, an eye disease that leads to blindness, the unique feature at the RE(ACT) Congress was that specialists from different fields of research came together to address these diseases and treatments across the boundaries of their own disciplines.

Many patients with a rare disease are isolated

The subject of rare diseases does not only concern researchers, however, because it takes more than good research to achieve medical advances. What is especially important in the case of rare diseases is cooperation between patient organizations and research teams. For many rare diseases, there is nowadays a dedicated patient organization. “They are often indispensable for research on a rare disease”, explained Nick Sireau, himself the father of a child with a rare diseases and founder of a patient organization. “Indispensable, for example, when it is a question of identifying and networking affected patients.” Maria Mavris from the European patient organization Eurordis took the same line: “Many patients with a rare disease are isolated. They do not know anyone in the same situation.” Patient organizations can help break through the isolation.

The cooperation between patients and researchers has already led to many a breakthrough, for example when comes to identifying a gene that is responsible for the rare disease. Most rare diseases are genetic in origin, which means that family trees are often consulted to find the gene responsible. Researchers can determine from the family trees how the gene is passed on through generations, who is affected and, in a next step, exactly what gene is involved.

The discovery of the gene marks an important milestone, but decades may pass before a medicine is developed. The next step is to look for active substances and then test them in a clinical study. Here, too, patient organizations play an important role, because they often have worldwide contacts with affected patients who are prepared to take part in studies. And these patients in turn often know their disease better than the doctor does.

Patient organizations today are also partly involved in the drug approval process, as shown by the example of the European Medicines Agency (EMA): A total of three representatives of patient organizations sit on this body, which decides on the approval of medicines for rare diseases.

“But the most important and also the most difficult task of a patient organization for a rare disease is to collect as much money as possible”, says Sireau. Money that is needed to start research projects. After all, if the regulatory authorities are ultimately to give a substance the go-ahead, the most detailed possible knowledge of the disease is required and the safety and efficacy of the substance have to be clearly demonstrated. This takes many years of research and in the initial phase the money for this is often collected and made available by patient organizations.

 

More information on: www.react-congress.org