It's taking forever. How about collab with every hiv drug center and make a place for donations . We will all donate . That'll afford whats needed for study
Use an in vivo local nano memory cell checker, with a separate latent reservoir cells collector system, to collect the infected memory cells from invivo out of it. Since,they are very few in number,a very specialised, in and ex vivo combined approach is required. Virion particle removing nanoparticles can be added to the invivo environment at a later stage or in the same stage itself. If such a combined approach is to be considered as not suitable to your research strategy, you can also alternate to a delayed choice strategy whereby you can allow the whole system to be part of the body itself, with the memory cell locked inside a nano membrane. A third strategy would be to engineer the memory cell to forget its memory which is the very property itself. A fourth and very unique, complex idea would be to extract the gene itself from the memory and automate the run of genetic experiments on it inside the nano chamber and look for possible ways of loss of the genetic information within the lifecycle of the virus. Alternatively you can also use the combined and delayed choice long term method too wherein a single checker is left behind to keep on the checking for the whole lifespan while other checkers are removed after their checking is done. Here, we are not using the latent cell to express method, we are running the check itself instead of using the body mechanism and we are using an invisible checker method of checking the content of the cell from outside instead of the biological methods. The invisibile nature of the check maintains that same nature that the memory cell used to make the checker invisible to natural selection methods. While the kick method, is effective too, it uses the biological means to remove the memory cell reservoir, which might be just enough time for escape virions to form but here in my proposal, we are giving no time at all, and we are directly removing the memory cell itself with all its content and using our own instant kill mechanism to remove the virus in a sandboxed environment in vivo thus eliminating a chance or time even for escape virions to be naturally selected.
It's taking forever. How about collab with every hiv drug center and make a place for donations . We will all donate . That'll afford whats needed for study
With gratitude in my heart i want to say thank you for healing me Dr. Osaoji on youtube, i am HPV negative now. keep saving lives Doc
I guess I am quite off topic but do anyone know a good place to stream newly released series online?
@Jamie Titus flixportal =)
@Morgan Graham Thank you, I went there and it seems like a nice service :) Appreciate it!
@Jamie Titus No problem =)
Добрый вечер.скажите пожалуйста 😢какое лекарство вам сделали чтоб вылечить,помогите пожалуйста 🙏🏻
Good information
Use an in vivo local nano memory cell checker, with a separate latent reservoir cells collector system, to collect the infected memory cells from invivo out of it. Since,they are very few in number,a very specialised, in and ex vivo combined approach is required. Virion particle removing nanoparticles can be added to the invivo environment at a later stage or in the same stage itself. If such a combined approach is to be considered as not suitable to your research strategy, you can also alternate to a delayed choice strategy whereby you can allow the whole system to be part of the body itself, with the memory cell locked inside a nano membrane. A third strategy would be to engineer the memory cell to forget its memory which is the very property itself. A fourth and very unique, complex idea would be to extract the gene itself from the memory and automate the run of genetic experiments on it inside the nano chamber and look for possible ways of loss of the genetic information within the lifecycle of the virus. Alternatively you can also use the combined and delayed choice long term method too wherein a single checker is left behind to keep on the checking for the whole lifespan while other checkers are removed after their checking is done. Here, we are not using the latent cell to express method, we are running the check itself instead of using the body mechanism and we are using an invisible checker method of checking the content of the cell from outside instead of the biological methods. The invisibile nature of the check maintains that same nature that the memory cell used to make the checker invisible to natural selection methods. While the kick method, is effective too, it uses the biological means to remove the memory cell reservoir, which might be just enough time for escape virions to form but here in my proposal, we are giving no time at all, and we are directly removing the memory cell itself with all its content and using our own instant kill mechanism to remove the virus in a sandboxed environment in vivo thus eliminating a chance or time even for escape virions to be naturally selected.
So are these two drugs possible cures?