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HD Lighthouse Contributing Editor's Comment:
The efforts going on at CHDI are exciting. These people have a real sense of urgency about the research.
Robert Pacifici, Ph.D., director of CHDI
LaVonne Veatch Goodman, M.D. High Q Foundation Though High Q has been working behind the scenes for several years, it has emerged as the major player for Huntington’s research. High Q founders, Ethan Signer and Allan Tobin are not new to the HD community and were leading forces with Nancy Wexler in the Hereditary Disease Foundation (HDF). For the last decade, HDF has coordinated excellent basic research which was relatively “open-ended”, with each researcher designing best individual paths in deciphering molecular biology. On the other hand, High Q Foundation is shifting and coordinating Huntington’s research with the specific goal of focusing its direction to a “translational” mode. In plain words, the goal is to narrow research by selectively promoting that which is most relevant to the development of treatments for Huntington’s people. CHDI is an integral part of the High Q plan, and was jump-started by a generous and special donor. CHDI, Inc. Headquartered in Los Angeles, CHDI is the not-for-profit biotech drug discovery company set up by the same people that support High Q Foundation. It is not affiliated with any other pharmaceutical or biotech company. CHDI is “virtual” in that it doesn’t do the laboratory work itself, but contracts out specific projects to other companies. This pattern of pharmaceutical work is practical and cost effective even for big pharmaceutical companies. CHDI’s director, Robert Pacifici, brings impressive pharmaceutical credentials and is leading a group of twelve scientists drawn from the pharmaceutical industry. They are working full time and exclusively for therapy development in Huntington’s. Though they don’t comment on specific agent/drugs, CHDI does some work on those already available. However, most effort focuses on new drug development. This can include work on a totally new drug, or work on chemical modification of an existing drug. Drugs in each of these categories are new chemical entities and require the process of FDA approval. The industry standard for taking a “lead” compound (chosen from chemical or animal screens) forward to phase 1 (safety) human clinical trials takes a minimum of 5 years. Of course, CHDI may be able to shorten this time by selecting compounds from other biotechs that have already gone through some of the process. Meetings Because research in Huntington’s is split into categories depending on possible molecular mechanisms of HD, High Q and CHDI have been meeting with expert scientists in many fields. It seemed that the purpose of these meetings is not just to share information, but to narrow the playing field; by getting the experts’ opinion of “best” pharmaceutical target(s) within each system. High Q and CHDI were practical and direct. They ended the session with two important questions; one that focused on experiments which could narrow the field of targets and another that came right out and asked the scientists which available drug they thought would work best. Take Home Thought CHDI and High Q have an inclusive approach. They bring together scientists from multiple disciplines and seek input and ideas from academic, industrial, and biotech sectors. And importantly, they have included HD patient/family representation, who can give a patient/family perspective and can report back to you at Lighthouse. Better; CHDI and High Q incorporate urgency into their work. CHDI’s stated mission is to “rapidly discover and develop drugs that prevent or slow the progression of Huntington’s disease.” They are realistic too. They don’t use the “cure” word as they work toward attainable treatments. Best; CHDI and High Q gives the impression that they believe, and are working from the premise that Huntington’s is treatable. Unlike those of us “old” to Huntington’s; both our exhausted HD families, and our true but wearied researchers; this group hasn’t been worn down by long years of struggling with HD. They bring a “can do” attitude and welcomed new energy. I hope they can deliver. Source:
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Research focusing on the formation of aggregates caused by HD
Research related to the role Brain Derived Neurotrophic Factor has on the pathology of HD in the brain
Research related HD and it's general affect on the brain
Learn more about the clinical trial process, trials that have been conducted and those that are underway.
Research related to drugs and supplements that may delay onset and slow progression of Huntington's Disease.
Research focusing on gene therapy.
Research focusing on gene transcription.
Research studying the genetics of Huntington's Disease
Research studying the Immune System and it's effect on the progression of HD
Research studying the brain tissue and research related to stem cells
24 Apr 2009
Acetylation of the HD protein
MSG-MIND researchers discover a new therapeutic target: increased acetylation enhances clearance of the HD ptotein from the nucleus. 31 Jan 2009
Impaired ERAD and ER stress
Cell model study shows that impaired ERAD and ER stress are early and specific events in polyglutamine toxicity. 22 Jan 2009
PGC-1 alpha gene modifies age of onset in HD
Variations in the PGC-1 alpha gene delay onset in HD, suggesting a target for treatment. 22 Jan 2009
PGC-1 alpha gene downregulated in HD
Researchers find a metabolic problem in the HD mice and confirm downregulation of the PGC-1 alpha gene in human patients. 1 Jan 2009
Weight loss in HD
Weight loss in HD is a metabolic problem. 17 Aug 2008
Activation of the immune system in HD
Researchers find indicators of an activated immune system in the blood and the brains of HD patients and HD mice. 19 May 2008
New transgenic rhesus monkey model of HD developed
Emory University researchers have developed a new primate model of HD to study the disease and potential treatments. 16 Apr 2008
New Insights About Huntingtin Interacting Protein 1
Indiana researchers hope that examining the structure of huntingtin interacting proteins will uncover new information about HD. 10 Apr 2008
Exercise helps young HD mice
New research with the HD mice shows that starting exercise early helps delay the onset of motor symptoms. 24 Feb 2008
2008 CHDI HD Therapeutics Conference: A Report from an HD Family Perspective
Progress continues with CHDI's strategic efforts to develop treatments for Huntington's Disease. All Updates for General | |||||||||||||||||||||
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