A report published in the journal Science on Thursday said that scientists at the National Institute of Allergy and Infectious Diseases had studied HIV-infected individuals whose blood had shown "powerful neutralization" qualities of the virus.
The new tool allowed scientists to precisely determine the broadly neutralizing antibodies in a given sample by analyzing the neutralized HIV strains.
The tool -- known as neutralization fingerprinting -- is a mathematical algorithm that taps into the large pool of data on HIV bNAbs (broadly neutralizing antibodies) generated in recent years.
The neutralization fingerprint of an HIV antibody allows scientists to determine which strains of the virus it can block and how effectively it does so.
Previous techniques to yield the same information were far slower and "extremely laborious," the study said.