{"title":"HIV","url":"https:\/\/go.openathens.net\/redirector\/shalina.com?url=https%3A%2F%2Febsco.smartimagebase.com%2Fview-item%3FItemID%3D72533","id":"72533","category":null,"therapy_area":["Infectious Disease & Vaccines"," Immunology Allergy & Inflammation"],"keywords":null,"description":"This 3D medical animation portrays the process of HIV replication at the cellular level. An HIV virion is depicted as a spherical particle surrounded by a viral envelope, featuring the surface glycoprotein, gp120, and the transmembrane glycoprotein, gp41. gp120 attaches to surface receptors on a CD4+ cell, ultimately resulting in fusion of the HIV viral envelope and the CD4+ cell membrane. The viral core enters the CD4+ cell and uses its intracellular replication mechanisms to make copies of the viral DNA. After viral replication, the CD4+ cell releases many HIV particles into the circulatory system, which spreads the virus throughout the body"}
This 3D medical animation portrays the process of HIV replication at the cellular level. An HIV virion is depicted as a spherical particle surrounded by a viral envelope, featuring the surface glycoprotein, gp120, and the transmembrane glycoprotein, gp41. gp120 attaches to surface receptors on a CD4+ cell, ultimately resulting in fusion of the HIV viral envelope and the CD4+ cell membrane. The viral core enters the CD4+ cell and uses its intracellular replication mechanisms to make copies of the viral DNA. After viral replication, the CD4+ cell releases many HIV particles into the circulatory system, which spreads the virus throughout the body
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Tags
HIV and AIDS, Sexually Transmitted Diseases, Infectious Disease