[HTML][HTML] Immunocapture of cell surface proteins embedded in HIV envelopes uncovers considerable virion genetic diversity associated with different source cell types
S Sabour, J Li, JT Lipscomb, AP Santos Tino…�- Plos one, 2024 - journals.plos.org
HIV particles in the blood largely originate from activated lymphocytes and can overshadow
variants which may be expressed from other cell types. Investigations of virus persistence�…
variants which may be expressed from other cell types. Investigations of virus persistence�…
Immunocapture of cell surface proteins embedded in HIV envelopes uncovers considerable virion genetic diversity associated with different source cell types.
S Sabour, J Li, JT Lipscomb, APS Tino, JA Johnson�- PLoS ONE, 2024 - go.gale.com
HIV particles in the blood largely originate from activated lymphocytes and can overshadow
variants which may be expressed from other cell types. Investigations of virus persistence�…
variants which may be expressed from other cell types. Investigations of virus persistence�…
Immunocapture of cell surface proteins embedded in HIV envelopes uncovers considerable virion genetic diversity associated with different source cell types
S Sabour, J Li, J Lipscomb, J Johnson�- Plos one, 2024 - europepmc.org
HIV particles in the blood largely originate from activated lymphocytes and can overshadow
variants which may be expressed from other cell types. Investigations of virus persistence�…
variants which may be expressed from other cell types. Investigations of virus persistence�…
Immunocapture of cell surface proteins embedded in HIV envelopes uncovers considerable virion genetic diversity associated with different source cell types
S Sabour, J Li, JT Lipscomb, AP Santos Tino…�- PLoS�…, 2024 - ui.adsabs.harvard.edu
HIV particles in the blood largely originate from activated lymphocytes and can overshadow
variants which may be expressed from other cell types. Investigations of virus persistence�…
variants which may be expressed from other cell types. Investigations of virus persistence�…
Immunocapture of cell surface proteins embedded in HIV envelopes uncovers considerable virion genetic diversity associated with different source cell types.
S Sabour, J Li, JT Lipscomb, AP Santos Tino…�- PLoS�…, 2024 - search.ebscohost.com
HIV particles in the blood largely originate from activated lymphocytes and can overshadow
variants which may be expressed from other cell types. Investigations of virus persistence�…
variants which may be expressed from other cell types. Investigations of virus persistence�…
[HTML][HTML] Immunocapture of cell surface proteins embedded in HIV envelopes uncovers considerable virion genetic diversity associated with different source cell types
S Sabour, J Li, JT Lipscomb, APS Tino, JA Johnson�- PLOS ONE, 2024 - ncbi.nlm.nih.gov
HIV particles in the blood largely originate from activated lymphocytes and can overshadow
variants which may be expressed from other cell types. Investigations of virus persistence�…
variants which may be expressed from other cell types. Investigations of virus persistence�…
Immunocapture of cell surface proteins embedded in HIV envelopes uncovers considerable virion genetic diversity associated with different source cell types
S Sabour, JF Li, JT Lipscomb, APS Tino…�- PloS one, 2024 - pubmed.ncbi.nlm.nih.gov
HIV particles in the blood largely originate from activated lymphocytes and can overshadow
variants which may be expressed from other cell types. Investigations of virus persistence�…
variants which may be expressed from other cell types. Investigations of virus persistence�…
Immunocapture of cell surface proteins embedded in HIV envelopes uncovers considerable virion genetic diversity associated with different source cell types.
S Sabour, JF Li, JT Lipscomb, ST AP, JA Johnson�- Plos one, 2024 - europepmc.org
HIV particles in the blood largely originate from activated lymphocytes and can overshadow
variants which may be expressed from other cell types. Investigations of virus persistence�…
variants which may be expressed from other cell types. Investigations of virus persistence�…