Would This Work II
 

An "artificial kidney" which destroys all the killer t cells in an hiv infected person's bloodstream and removes the detritus?

Supposing you have frozen precursor T cells for the person. You use a saline wash step to dilute the plasma surrounding the cells, filtering the saline back in a hydraulic circle. While the cells are visible, use laser backscatter to get a visual impression of each cell in an electric eye with multiple micromirror array sensors to detect position, motion, size, and colors within a 3 vector grid. Use ultraviolet radiation to kill the T cells. The person will have no T cells at all for a few hours, but should be safe for that long.

Killer T cells grown from precursor cells then replace entire T cell part of the immune system. Person is free of HIV infection. The missing parts are 1) freezing precursor cells for each person prior to infection 2) design of the filter- the underlying technologies- backscattering representation and artificial filtration, and highly accurate radiation therapy based on cross streams exist. Trouble is practice and research doctors in USA are very different in what they care about.

A picture of a llama carrying a softball.

you do realize that this is GFY right?

Yes it is.
 

And there are plenty of people here who think about AIDS and HIV, who would not mind being incredulous that a Gordian knot ain't cut through.

Biology of Humans: Concepts, Applications, and Issues
by Judith Goodenough - University of Massachusetts, Amherst, Betty McGuire - Smith College, Robert A. Wallace

How would an introductory biology textbook help you cure HIV infection?

This is a viable solution using what already exists in the world, but combining in a jape- that is, crossing the terrain, no matter how unsurvivable it looks. you think not?

i think you talk funny