An effective HIV-1 vaccine should elicit sufficient breadth of immune recognition to protect against the genetically diverse forms of the circulating virus. Evaluation of the breadth and magnitude of cellular immune responses to epitope variants is important for HIV-1 vaccine assessment. We compared HIV-1 Gag-specific T-lymphocyte responses in 20 HIV-1-infected individuals representing two different HIV-1 subtypes, B and C. By assessing T lymphocyte responses with peptides based on natural HIV-1 variants, we found evidence for limited cross-reactivity and significantly enhanced within-clade responses among clade B-infected subjects, and not among clade C-infected subjects
HIV-1-infected individuals who spontaneously control viral replication represent an example of succe...
The antigenic diversity of human immunodeficiency virus type 1 (HIV-1) represents a significant chal...
Abstract Background The efficacy of the CTL component of a future HIV-1 vaccine will depend on the i...
The genetic diversity of HIV-1 across the globe is a major challenge for developing an HIV vaccine. ...
The genetic diversity of HIV-1 across the globe is a major challenge for developing an HIV vaccine. ...
Cytotoxic T lymphocyte (CTL) responses targeting specific HIV proteins, in particular Gag, have been...
AbstractHIV-1 diversity has been considered a huge challenge for the HIV-1 vaccine development. To o...
HIV-1 diversity has been considered a huge challenge for the HIV-1 vaccine development. To overcome ...
A globally effective vaccine will need to elicit cytotoxic T lymphocytes (CTL) capable of recogniz-i...
HIV-1-specific T lymphocyte responses in individuals exposed to HIV-1 but who remain persistently se...
The genetic diversity of HIV-1 across the globe is a major challenge for developing an HIV vaccine. ...
Knowledge of the most dominant T-cell epitopes in the context of the local human leukocyte antigen (...
Background. the genetic diversity of human immunodeficiency virus type 1 (HIV-1) raises the question...
Knowledge of immune mechanisms responsible for the cross-protection between highly divergent viruses...
HIV-1-infected individuals who spontaneously control viral replication represent an example of succe...
HIV-1-infected individuals who spontaneously control viral replication represent an example of succe...
The antigenic diversity of human immunodeficiency virus type 1 (HIV-1) represents a significant chal...
Abstract Background The efficacy of the CTL component of a future HIV-1 vaccine will depend on the i...
The genetic diversity of HIV-1 across the globe is a major challenge for developing an HIV vaccine. ...
The genetic diversity of HIV-1 across the globe is a major challenge for developing an HIV vaccine. ...
Cytotoxic T lymphocyte (CTL) responses targeting specific HIV proteins, in particular Gag, have been...
AbstractHIV-1 diversity has been considered a huge challenge for the HIV-1 vaccine development. To o...
HIV-1 diversity has been considered a huge challenge for the HIV-1 vaccine development. To overcome ...
A globally effective vaccine will need to elicit cytotoxic T lymphocytes (CTL) capable of recogniz-i...
HIV-1-specific T lymphocyte responses in individuals exposed to HIV-1 but who remain persistently se...
The genetic diversity of HIV-1 across the globe is a major challenge for developing an HIV vaccine. ...
Knowledge of the most dominant T-cell epitopes in the context of the local human leukocyte antigen (...
Background. the genetic diversity of human immunodeficiency virus type 1 (HIV-1) raises the question...
Knowledge of immune mechanisms responsible for the cross-protection between highly divergent viruses...
HIV-1-infected individuals who spontaneously control viral replication represent an example of succe...
HIV-1-infected individuals who spontaneously control viral replication represent an example of succe...
The antigenic diversity of human immunodeficiency virus type 1 (HIV-1) represents a significant chal...
Abstract Background The efficacy of the CTL component of a future HIV-1 vaccine will depend on the i...