There appears to be a few bio's/pharmo's on the cusp ...
Hepatitis C Therapeutic DNA Vaccine reduces viral load by up to 99.7%
SAN DIEGO, Nov 17, 2008 (BUSINESS WIRE) -- Inovio Biomedical Corporation, a leader in enabling the development of DNA vaccines using electroporation-based DNA delivery, announced today that its partner, Tripep AB, reported positive additional interim results from its ongoing phase I/II clinical study of its therapeutic DNA vaccine against hepatitis C virus (HCV).
This vaccine is being delivered using Inovio's electroporation-based DNA delivery system. In the third and highest dose cohort of the study, two of three subjects demonstrated reductions in viral load of 93% and 99.7%. Previously reported middle dose cohort results demonstrated an 87% and 98% reduction in HCV in two of three subjects, while no anti-viral effect was observed in the low dose cohort. No safety issues have been noted to date in the trial. These data suggest a potential dose response of the vaccine and support the inclusion of three additional subjects in the high dose cohort.
These data where presented by Dr. Matti SAnllberg of Tripep at the recent American Association for the Study of Liver Diseases meeting held in San Francisco. Avtar Dhillon, MD, Inovio's president and CEO, stated: "We continue to be encouraged by the data flowing out of the ChronVac-C study. This promising DNA vaccine candidate, in which Inovio has an ownership position, is one of the more advanced clinical vaccine candidates in the HCV field. ChronVac-C was designed to play a role as a first-line therapy or as an adjunct to existing therapies."
About ChronVac-C ChronVac-C(R) is a therapeutic DNA-based vaccine given to individuals already infected with the hepatitis C virus with the aim of clearing the infection from the liver by boosting the body's immune response against the virus. Inovio's electroporation technology is being used to deliver the vaccine and is intended to enhance the potency of the DNA vaccine. This clinical study is being conducted at the Infectious Disease Clinic and Center for Gastroenterology at the Karolinska University Hospital in Huddinge and Solna, respectively, in Sweden. The intended enrollment of 12 patients is being divided into four groups, three with increasing doses of ChronVac-C and the fourth at the maximum tolerable dose. Each patient receives four vaccinations one month apart. After the last vaccination, patients are followed for another six months. The study's main purpose is to assess safety. It is also testing whether the treatment boosts the immune response (immunogenicity) to HCV and its effect on virus replication in the liver.
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