Description
This electron micrograph shows numerous Epstein-Barr virus particles. This virus contains a double-stranded DNA linear genome.
Credit
Public domain/ Centers for Disease Control and Prevention/ Dr. Fred Murphy, content provider/ 1975
This electron micrograph shows numerous Epstein-Barr virus particles. This virus contains a double-stranded DNA linear genome.
Public domain/ Centers for Disease Control and Prevention/ Dr. Fred Murphy, content provider/ 1975
This electron micrograph shows numerous herpes simplex virions located inside a cell nucleus.
Public domain/ Centers for Disease Control and Prevention/ Dr. Fred Murphy and Sylvia Whitfield, content providers/ 1975
This electron micrograph shows numerous herpes simplex virions.
Public domain/ Centers for Disease Control and Prevention/ Dr. Fred Murphy and Sylvia Whitfield, content providers/ 1975
This electron micrograph shows leukemia cells (cancerous white blood cells) that contain Epstein-Barr virus.
Public domain/ Centers for Disease Control and Prevention/ Dr. Paul M. Feorino, content provider/ 1972
This electron micrographic image shows the structures of HIV particles.
Public domain/ Centers for Disease Control and Prevention/ Dr. A. Harrison and Dr. P. Feorino, content providers/ Unknown date
This electron micrograph shows both the human T-cell leukemia type-1 virus (HTLV-1) and the human immunodeficiency virus (HIV).
Public domain/ Centers for Disease Control and Prevention/ Cynthia Goldsmith, content provider/ Unknown date
This electron micrograph shows mature forms of the human immunodeficiency virus (HIV).
Public domain/ Centers for Disease Control and Prevention/1983
This illustration shows HIV entering a cell and releasing its genetic material (RNA) and proteins inside the cell.
Public domain/ National Institutes of Health/ Unknown date
This electron photomicrograph shows HIV budding out of a human immune cell, which the virus infects and uses to make copies.
Public domain/ National Institute of Allergy and Infectious Diseases, National Institutes of Health/ courtesy of Dr. Tom Folks/ 2008
This illustration shows how HIV attaches to an immune cell and makes copies of itself.
Public domain/ National Institutes of Health/ Unknown date