C-CDNF
Like most neurotrophic factors, CDNF is too large to pass through the blood-brain barrier – a semi-permeable layer of cells that protects and controls what passes in and out of the brain. This means that therapies involving neurotrophic factors often require brain surgery to directly administer the molecules to the brain.
However, Professor Mart Saarma from the University of Helsinki has identified and been working to develop an active fragment of CDNF, known as C-CDNF. In this Cure Parkinson’s funded project, the investigators are testing C-CDNF in laboratory models of Parkinson’s to determine the optimal size for passage into the brain whilst retaining its potentially neuroprotective qualities.
Neurotrophic Factor Workshop
Last summer, Cure Parkinson’s hosted a neurotrophic factor workshop at Cumberland Lodge in Windsor alongside its annual International Linked Clinical Trials (iLCT) meeting. At this meeting, a group of international key opinion leaders with direct knowledge and practical experience in the field of neurotrophic factors gathered to share their findings and offer insights into the field as it currently stands. A commentary paper summarizing the key outcomes of this meeting will be published later this year.
In Summary
Researchers are studying ways to incorporate neurotrophic factors into viable treatment options for people with Parkinson’s and they’re testing these in both the lab and in clinical trials. Some methods are invasive so it’s important to involve people with Parkinson’s in deciding what is best – where hurdles exist for some methods of delivery, alternative options need to be explored. Cure Parkinson’s is optimistic about this research and is keen to see how it develops as a potential treatment.