Network security experts and HIV medical specialists have teamed up at the University College London (UCL) to find that HIV travels through the bloodstream and into cells in a similar fashion as a computer worm infecting new systems.
Researchers discovered computer worms and HIV both use "hybrid spreading," and has allowed medical researchers to more accurately identify a patient's progression from HIV to AIDS. Hybrid spreading is an extremely accurate method to track - and predict - HIV's progression, highlighting the demand for fast medical treatment.
"I was involved in a study looking in general at spreading of worms across the Internet and then I realized the parallel," said Professor Benny Chain, infection and immunity division researcher at UCL, in a statement to The Guardian. "They have to consistently find another computer to infect outside. They can either look locally in their own networks, their own computers, or you could remotely transmit out a worm to every computer on the Internet. HIV also uses two ways of spreading within the body."