Scholars@Duke publication: Accumulated Mutations Cause Significant Fitness Losses and are Associated with Decreased Viral Loads During Early HIV-1 Infection

Accumulated Mutations Cause Significant Fitness Losses and are Associated with Decreased Viral Loads During Early HIV-1 Infection

Publication , Journal Article

Wang, C; Liu, D; Zuo, T; Hora, B; Cai, F; Ding, H; Kappes, J; Ochsenbauer, C; Kong, W; Yu, X; Bhattacharya, T; Perelson, AS; Gao, F

January 19, 2019

Duke Scholars

Author Feng Gao Medicine, Infectious Diseases

Publication Date

January 19, 2019

Citation

APA

Chicago

ICMJE

MLA

NLM

Wang, C., Liu, D., Zuo, T., Hora, B., Cai, F., Ding, H., … Gao, F. (2019). Accumulated Mutations Cause Significant Fitness Losses and are Associated with Decreased Viral Loads During Early HIV-1 Infection.

Wang, Chu, Donglai Liu, Tao Zuo, Bhavna Hora, Fangping Cai, Haitao Ding, John Kappes, et al. “Accumulated Mutations Cause Significant Fitness Losses and are Associated with Decreased Viral Loads During Early HIV-1 Infection,” January 19, 2019.

Wang C, Liu D, Zuo T, Hora B, Cai F, Ding H, et al. Accumulated Mutations Cause Significant Fitness Losses and are Associated with Decreased Viral Loads During Early HIV-1 Infection. 2019 Jan 19;

Wang, Chu, et al. Accumulated Mutations Cause Significant Fitness Losses and are Associated with Decreased Viral Loads During Early HIV-1 Infection. Jan. 2019.

Wang C, Liu D, Zuo T, Hora B, Cai F, Ding H, Kappes J, Ochsenbauer C, Kong W, Yu X, Bhattacharya T, Perelson AS, Gao F. Accumulated Mutations Cause Significant Fitness Losses and are Associated with Decreased Viral Loads During Early HIV-1 Infection. 2019 Jan 19;

Publication Date

January 19, 2019