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IHV Fact Sheet

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The Institute of Human Virology, founded in 1996, is the first research institute in the United States structured to integrate in a single-center, basic population and clinical research coordinated to advance discovery from bench to bedside. The goals of the Institute are to develop new treatments, cures, and ultimately, to prevent the onset of chronic viral diseases.

The Institute's research currently centers on AIDS, but also includes a number of chronic viral illnesses and cancer research. An underlying research emphasis is to utilize the natural chemistry of the body to develop biological approaches to therapy and treatment that may be less toxic than drugs currently available for treatment. Because of IHV's unique multi-disciplinary approach, scientists have been able to fast-track research from concept to clinical trial in less than 18 months.

Since 1996: 

  • IHV staff has grown from 50 to more than 300 and the Institute's patient base has grown from just 200 patients to approximately 5,000 in Baltimore and 750,000 in Africa and Caribbean nations.
  • The IHV's total budget has increased from several million dollars in 1996 to more than $100 million today. There has been a corresponding increase in sponsored research, from $2 million to more than $80 million. The Institute has been awarded 21 patents -- for the development and use of transgenic rats, finding small proteins that kill tumor cells, chemokines that inhibit HIV infection, bacterial delivery systems for DNA vaccines and the development of new immune "boosters" to augment vaccines.
  • The IHV has positioned itself as one of the world's premier research and development operations. Its scientists have identified new anti-HIV suppressive factors and have pioneered a novel oral vaccine delivery system that uses attenuated Salmonella bacteria to efficiently deliver vaccine encompassing a greater number of viral genes to stimulate a vaccine response. Basic vaccinologists also have engineered a vaccine construct that generates the broadest HIV-neutralizing antibody responses achieved to date. These technologies offer the potential for a single vaccine that may be effective against a broad range of HIV strains. 
  • The Institute also has successfully created the first transgenic rat whose DNA incorporates genes of HIV-1, the virus that causes AIDS. This patented creation allows scientists a new way to study mechanisms of the development of AIDS.
  • IHV's Clinical Research Program undertakes a broad range of treatment research including a substantial portfolio of sponsored research. This is an indication of the confidence that major pharmaceutical and biotech companies (e.g. Merck, Schering, Aventis, Human Genome Sciences) have in the Institute.
  • Among the 5,000 patients currently receiving care through the IHV's local Clinical Care Program, 500-700 are uninsured and underinsured, thus serving those at greatest risk and in greatest need. When the Institute was founded, fewer than 800 patients received HIV care and there was a gap in access for underserved minorities that has been filled through extensive community outreach and education efforts of the Institute. 
  • The Institute also hosts an annual international AIDS conference that is consistently highly rated because of its strong basic science emphasis. The meeting draws hundreds of top scientists from around the world and provides a unique forum for scientific exchange. IHV-sponsored conferences have generated more than $5 million in added revenue for the local economy since 1996.