SET-HD Update October 2006
The Huntington Project SET-HD initiative has collected nominations from researchers, scientists, and community members for compounds that may be useful for clinical study in Huntington's disease. Thank you for all of your contributions! Currently, researchers are moving ahead with seeking grant support to study some of these compounds (for example: and ). A manuscript about the SET-HD findings is currently being finalized and will be submitted to a major scientific journal for worldwide publication. SET-HD continues to welcome compound nominations.
SET-HD Update March 2006
The SET-HD working group has completed the detailed reviews for 5 additional compounds. They include Cannabinoids, Cysteamine, Ethyl-EPA, Olanzapine, and Tetrabenazine. There is also an updated review with the latest information for Cystamine. Please see SET-HD Compound Reviews for more information.
SET-HD Update August 2005
The SET-HD working group is continuing to prepare detailed reviews of the approximately 40 compounds selected for initial evaluation based on their potential to move quickly into clinical trials. Reviews of the first group of these compounds are now complete and available for review. These 24 reviewed compounds include those which have been tested in transgenic mice as well as three compounds that have been tested in humans but not in transgenic mice (Amantadine, Memantadine, and OPC-14117). An article summarizing these reviews is currently in process. These data are available to help plan HD clinical trials.
Meanwhile, in addition to preparing compound reviews, the SET-HD working group is extending its strategy to help facilitate compound preclinical development and will soon be announcing plans to expand its efforts. Stay tuned for more information.
SET-HD Update February 2005
The SET-HD working group is continuing to prepare detailed reviews of the approximately 40 compounds selected for further consideration. The first ten of these reviews are now complete. These 40 compounds are thought to have the greatest potential to move quickly into clinical trials. For each of these compounds, one or more members of the working group reviewed the literature to assess and report on:
· Mechanism of action (MOA)
· Scientific rationale
· Animal model data
· Pharmacokinetics (including blood brain barrier penetration)
· Safety and tolerability in humans
· Drug interaction potential
· Clinical trial evidence in humans (if any)
· Dosage recommendations
The reviewers also made suggestions about the next steps that should be taken to move this compound forward toward clinical trials in humans.
Reviews for the following ten compounds have been prepared and can be reviewed by clicking on the links below:
Over the next several months, reviews will be prepared and posted here for all 40 of the compounds selected in this first round.
SET-HD Update December 2004
The SET-HD working group has begun the process of preparing detailed reviews of the approximately 40 compounds
selected for further consideration. The first 5 of these reviews are now complete. These 40 compounds are thought to have the greatest potential to move quickly into clinical trials. For each of these compounds, one or more members of the working group reviewed the literature to assess and report on:
· Mechanism of action (MOA)
· Scientific rationale
· Animal model data
· Pharmacokinetics (including blood brain barrier penetration)
· Safety and tolerability in humans
· Drug interaction potential
· Clinical trial evidence in humans (if any)
· Dosage recommendations
The reviewers also made suggestions about the next steps that should be taken to move this compound forward toward clinical trials in humans.
Reviews for the following five compounds have been prepared and can be reviewed by clicking on the links below:
Over the next several months, reviews will be prepared and posted here for all 40 of the compounds selected in this first round.
SET-HD Update September 2004
On May 19th, the SET-HD working group met in Washington DC to begin the process of prioritizing the nearly 200 compounds that had been nominated as potential interventions against HD. The goal of this meeting was to identify promising candidates that have the greatest potential to move into clinical trials quickly. The group identified approximately 40 compounds for further consideration. These compounds have not been selected for clinical trials, but will undergo further review and scrutiny so that the most appropriate candidates for clinical trials can be identified. These agents are not recommended for use by people with HD and medications should only be taken in consultation with a treating physician.
Selection methods were hierarchical and considered according to the following criteria: