Gp120

... The epitopes of the viral envelope are more variable than those of many other viruses. Furthermore, the functionally important epitopes of the gp120 protein are masked by glycosylation, trimerisation and receptor-induced conformational changes making it difficult to block with neutralising ...

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... cell to a Cd4 t cell, and place the CD3 protein on the surface of the CD4 t cell to act as a replacement. This would hopefully make it so that HIV gp120 wouldnt be able to bind to t-cells Perhaps I'm missing something here, but as far as I know both gamma/delta and "normal" alpha/beta ...

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... cell to a Cd4 t cell, and place the CD3 protein on the surface of the CD4 t cell to act as a replacement. This would hopefully make it so that HIV gp120 wouldnt be able to bind to t-cells

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... virus particles inside the human body. Don't understand fully why it is that some molecule cannot be developed with a high affinity to the GP160 (GP120 + GP41) complex that would effectively avoid other receptors on other cells?

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... catching viruses, than be consumed with it's content by immune system - perfect scenario. And remember that every HIV virus has some version of gp120 - should catch the bait...

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