Can Lowering Body Temperature Kill Viruses Like HIV?

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SUMMARY

Lowering body temperature does not kill viruses like HIV; it only makes them dormant. While surgical procedures can reduce body temperature, this method carries risks and does not eliminate the virus. Viruses can be denatured in vitro, but they remain viable at normal body temperatures and can survive on surfaces for extended periods. Heat treatment has shown promise in treating Lyme disease, indicating that temperature manipulation may have therapeutic potential, but its application for viruses like HIV is not viable.

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  • Understanding of virology and virus survival mechanisms
  • Knowledge of surgical temperature management techniques
  • Familiarity with in vitro virus denaturation processes
  • Basic principles of heat treatment in medical applications
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  • Research the effects of temperature on virus viability, specifically HIV
  • Explore surgical techniques for controlled hypothermia
  • Investigate in vitro methods for denaturing viruses
  • Learn about heat treatment protocols for Lyme disease and other infections
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Virologists, medical researchers, healthcare professionals, and anyone interested in the effects of temperature on viral pathogens and treatment methodologies.

Geo212
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As I understand it, a virus like HIV for example cannot survive more than a few degrees below normal body temperature. Is it possible, therefore, to reduce the whole body core temperature, under controlled conditions, to well below the virus survival threshold temperature, thereby killing the virus?
 
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This is not my area, but virus particles are not alive. Most virologists I've met think of them as a complex set of chemicals that interact with living cells. They are very much on the edge between things clearly living and globs of organic molecules.

And yes, there are surgical procedures that have been used to reduce body temperature during long complex surgical procedures. They have risk.

Viruses can be purified and turned into a crystalline solid, or suspended in solution. It is in this state (called in vitro) when viruses can be denatured (your term for killed).

Most purified viruses cannot stand sunlight either. Because UV light damages them. Someone with definitive knowledge in this area can give you a detailed answer.
 
Decreasing the body temperature will make the virus dormant (inactive) but will not kill it.
Low temp. will kill it only when it is outside the cell or in environment.
 
Geo212 said:
As I understand it, a virus like HIV for example cannot survive more than a few degrees below normal body temperature.
Have you a cite for that, as I doubt it is correct. I believe the HIV virus has been shown to survive on surfaces at room temperature for hours, at least.

I have long wondered why there is no available treatment using heat to kill viruses or bacteria in vivo. Recently I heard that heat treatment is being used successfully to effect a cure of apparently hopeless cases of Lyme (or Lyme-like) Disease, a bacterial disease transmitted by ticks. (I presume the blood is circulated through external heaters and the temperature closely controlled, and this probably under general anaesthetic.)

http://www.dailytelegraph.com.au/newslocal/northern-beaches/german-clinic-offer-cure-for-desperate-australians-struck-down-with-lyme-disease/story-fngr8hax-1227025509879
 
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