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HIV research summit seeks new discovery path

Twenty-five years after the discovery of the human immunodeficiency virus, top scientists from around the world gathered at the Pasteur Institute to mark major advances in the field and come to terms with some of the grim realities that now afflict their work. Swiftly identifying the virus that causes AIDS and the development of a drug cocktail in the ‘90s were both signal achievements. But the scientists also called for new thinking, new researchers and new money to address recent defeats in finding a vaccine and a vaginal gel needed to stop the spread of the disease.

"We still don't completely understand the various forms of the virus. It's more complicated for us than we thought," said France's Luc Montagnier, who helped discover the link between HIV and AIDS.

Jean-Francois Delfraissy, director of France's National Agency for AIDS Research, called for a new look at the cellular biology at work and Alice Dautry, head of the Pasteur Institute, demanded a multidisciplinary approach that could tackle every problem from all directions.

"Some fundamental biological questions are needed (to be addressed) before some vaccines go forward, or we tend to waste money, produce a depressing atmosphere in the field and take money away from the basic science that is needed right now," said AIDS pioneer Robert Gallo.

- read the article from AFP

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Comments

"Inverse Engineering As an Effective Method in cellular biological R&D"

One of the best possible method that can be used in the multidisciplinary approach towards identifying fundamental biological questions pertaining to HIV-AID relationship is by Inverse Engineering (IE) method.

it is a critical self-discovery process whereby research work is focused in identifying a super virus that could suppress and destroy HIV virus.

This is in my opinion, more sustainable, effective and eco-friendly instead of inventing a vaccine that maybe become obsolete in the next few years.

Jeong Chun phuoc
(Lecturer-in-Law)
Jeongphu@yahoo.com

"Inverse Engineering As an Effective Method in cellular biological R&D"

Part II

The super virus that I referred to above can be found within the HIV virus itself because HIV virus could fall ill/sick and if left untreated will self-destruct.

I further believe that the best vaccine can be found not be creating a super vaccine, but by looking within the supervirus that lives within the HIV virus's superstructure.

................
Jeong Chun phuoc
(Lecturer-in-Law)
Jeongphu@yahoo.com

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