Gallery 25: Infection of H-9 cells with the MN strain of HIV-1 virus, electromicrograph 1
1 of 4) A series of electromicrographs showing the infection of H-9 cells with the MN strain of HIV-1 virus. Magnification including computer enhancements are approximately 100,000 times. A mature round virus particle is sitting next to the cell ready for infection. Note the visible inner core.
virus particle, computer enhancements, inner core, including computer, magnification, cells, hiv
- ID: 16558
- Source: DNALC.DNAFTB
Related Content
16559. Gallery 25: Infection of H-9 cells with the MN strain of HIV-1 virus, electromicrograph 2
Virus particle is fusing with the cell membrane and about to empty its contents into the cell. Note the visible inner core.
16560. Gallery 25: Infection of H-9 cells with the MN strain of HIV-1 virus, electromicrograph 3
Virus particle budding out from the cell. Although similar to the previous micrograph, the inner core is not as dense and therefore this is an "immature" viron budding out as opposed to a mature virus fusing in to infect a cell.
16561. Gallery 25: Infection of H-9 cells with the MN strain of HIV-1 virus, electromicrograph 4
Mature virus particles released from host cell.
16135. HIV jumps barrier zoonosis
Image showing Watson and Crick, chimp, macaques, HIV virus particles.
16137. HIV Virion annotated
HIV particle proteins annotated.
16552. Animation 25: Some viruses store genetic information in RNA.
David Baltimore and Howard Temin explain work on the Rous sarcoma virus.
857. Cerebellum and Navigation
Navigation requires us to dynamically orient our own presence with the position of our different body parts.
12326. Anthropometric "Computation Sheet" used by Morris Steggerda
Anthropometric "Computation Sheet" used by Morris Steggerda
12327. Anthropometric "Computation Sheet" used by Morris Steggerda (1)
Anthropometric "Computation Sheet" used by Morris Steggerda (1)
16649. Gallery 30: An electron micrograph of a mouse liver cell
An electron micrograph of a mouse liver cell. Magnification approximately 12,000 times.