Molecular detail of HIV’s inner coat could lead to new therapies
Researchers have described for the first time the 4-million-atom structure of the HIV’s capsid, or protein shell.
The findings could lead to new ways of fending off an often-changing virus that has been very hard to conquer.
Scientists have long struggled to decipher how the HIV capsid shell is chemically put together, said senior author Peijun Zhang, Ph.D., associate professor, Department of Structural Biology, University of Pittsburgh School of Medicine.