Blog Archive
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2009
(19)
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October
(7)
- Accera : Peer-Reviewed Publication of the Results ...
- Alzheimer's Drug Discovery Foundation Funds EDUNN ...
- Sanomune : Promising new treatment for Alzheimer’s...
- Avineuro : positive Phase I clinical trial results...
- Mithridion : Phase I Study Results in Alzheimer’s ...
- Critical Outcome Technologies: Launch of a Drug Di...
- Ichor Awarded $3.3 Million NIH Grant to Develop Al...
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October
(7)
Tuesday, October 27, 2009
Accera : Peer-Reviewed Publication of the Results of its 90-day Clinical Study of AC-1202 (Axona™) in Mild to Moderate Alzheimer’s Disease
Alzheimer's Drug Discovery Foundation Funds EDUNN Biotechnology to Develop Treatment for Alzheimer's Disease
Edunn's lead drug candidate, EDN-OL1, is an oligonucleotide-based drug that has shown promise in halting and reversing the progression of AD in animal models. EDN-OLI reduces the production of amyloid beta proteins found in the brain and believed to cause AD... Edunn Biotechnology's Press Release -
Sanomune : Promising new treatment for Alzheimer’s disease licenced
The intranasal method was developed by William H. Frey II, Ph.D., senior director of HealthPartners Research Foundation’s Alzheimer’s Research Center, and his colleagues. It allows medication to bypass the protective blood-brain barrier and enter the brain directly. Dr. Frey developed a way to bypass the barrier for neurological conditions using intranasal delivery of Deferoximine or SAN-121. SAN-121 has previously been shown when given in twice daily injections to reduce cognitive decline in Alzheimer’s patients by 50 percent. However, systemic delivery has unwanted and negative side effects including a drop in blood pressure. With intranasal delivery, side effects can be significantly reduced... Sanomune's Press Release -
Avineuro : positive Phase I clinical trial results on AVN-101, potent small molecule for treatment of Alzheimer’s disease.
Mithridion : Phase I Study Results in Alzheimer’s Disease
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...Mithridion is developing a controlled release formulation with the dual objectives of extending the duration of action and avoiding elevated peak (Cmax) concentrations, while maintaining the MCD-386 concentration above the therapeutic level. The company plans to evaluate the safety, tolerability and pharmacokinetics of MCD-386 in a randomized, double-blind, placebo-controlled, ascending multiple-dose Phase I study to commence in the fourth quarter of 2009... [PDF] Mithridion's Press Release -
Critical Outcome Technologies: Launch of a Drug Discovery Program for Alzheimer's Disease
To address this substantial unmet medical need, COTI has leveraged its proprietary drug discovery technology CHEMSAS® to develop a novel approach for the discovery of potentially effective oral treatments for AD. Multiple and interacting factors have been proposed as causes of AD and there is an increasing number of validated therapeutic targets. Traditional drug development has focused on agents that inhibit an enzyme of the neural transmitter Acetylcholine. The United States Food and Drug Administration (FDA) and European Medicines Agency have approved treatments for AD from this class that currently dominate the market although they have not produced results that consistently meet the requirements of healthcare professionals and patients. The COTI scientific team has focused their research efforts on the area of secretases, a class of enzymes that cut the amyloid precursor protein into three fragments. Sequential cutting by beta secretase and gamma secretase produces the beta amyloid peptide fragments that accumulate into the "plaques" or scars found in the brains of people with AD... [PDF] Critical Outcome Technologies' Press Release -
Ichor Awarded $3.3 Million NIH Grant to Develop Alzheimer's Disease Vaccine
In the last few years the laboratories of Dr. Agadjanyan and Dr. Cribbs have designed and evaluated DNA-based vaccines for Alzheimer’s disease. In mice genetically engineered to model Alzheimer's disease, these vaccines slowed the development of pathology and reduced behavioral deficits. Building upon these promising research findings, Ichor will evaluate its proprietary TriGrid™ electroporation technology for delivery of DNA vaccines encoding proteins implicated in the development of Alzheimer’s disease.
The objective of this approach is to induce antibody responses that slow down progression of Alzheimer’s disease, or if vaccination is initiated early enough, could even prevent disease development. The plan funded by the NINDS includes the studies required to support eventual initiation of human clinical testing of this approach... [PDF] Ichor Medical Systems' Press Release -