Highly active antiretroviral therapy (HAART) suppresses viral replication and augments CD4 T cell counts. HAART-associated immune restoration is often difficult to predict. We verified whether increases in CD4 cells, and particularly in cells of the naive phenotype, would be associated in HAART-treated children with thymic volume. Long-term immune reconstitution is significantly better in children with bigger thymuses at the initiation of HAART. Thymic volume has a strong predictive value for the immunological effect of HAART
BackgroundHIV infection decreases thymic output and induces chronic T-cell activation.ObjectiveTo ex...
In 25 vertically HIV-1-infected children receiving highly-active antiretroviral therapy, a 3-log(10)...
ObjectivesAIDS is caused by CD4 T-cell depletion. Although combination antiretroviral therapy can re...
Design: Despite significant rises in total CD4 T cells, the process of immune reconstitution in adul...
Objective To investigate the role of thymic output and viral fitness in immune reconstitution in HIV...
Regeneration of CD4+ T lymphocytes has been shown to be thymus-dependent in bone marrow transplant r...
To investigate the thymic contribution to immune reconstitution during antiretroviral therapy (ART),...
To investigate the thymic contribution to immune reconstitution during antiretroviral therapy (ART),...
Abstract Background Recent advances in characterizing the immune recovery of HIV-1-infected people h...
Studies were undertaken to investigate the role of the thymus in T cell reconstitution in human immu...
Objectives: Early treatment of HIV-infected children and adults is important for optimal immune reco...
It is intriguing that, unlike adults with HIV-1, children with HIV-1 reach a greater CD4+ T cell rec...
BACKGROUND: The thymus is the organ responsible for the maturation and selection of T lymphocytes a...
Objectives Early treatment of HIV-infected children and adults is important for optimal immune recon...
Abstract: Immune repopulation, despite virological failure, often occurs in children under highly ac...
BackgroundHIV infection decreases thymic output and induces chronic T-cell activation.ObjectiveTo ex...
In 25 vertically HIV-1-infected children receiving highly-active antiretroviral therapy, a 3-log(10)...
ObjectivesAIDS is caused by CD4 T-cell depletion. Although combination antiretroviral therapy can re...
Design: Despite significant rises in total CD4 T cells, the process of immune reconstitution in adul...
Objective To investigate the role of thymic output and viral fitness in immune reconstitution in HIV...
Regeneration of CD4+ T lymphocytes has been shown to be thymus-dependent in bone marrow transplant r...
To investigate the thymic contribution to immune reconstitution during antiretroviral therapy (ART),...
To investigate the thymic contribution to immune reconstitution during antiretroviral therapy (ART),...
Abstract Background Recent advances in characterizing the immune recovery of HIV-1-infected people h...
Studies were undertaken to investigate the role of the thymus in T cell reconstitution in human immu...
Objectives: Early treatment of HIV-infected children and adults is important for optimal immune reco...
It is intriguing that, unlike adults with HIV-1, children with HIV-1 reach a greater CD4+ T cell rec...
BACKGROUND: The thymus is the organ responsible for the maturation and selection of T lymphocytes a...
Objectives Early treatment of HIV-infected children and adults is important for optimal immune recon...
Abstract: Immune repopulation, despite virological failure, often occurs in children under highly ac...
BackgroundHIV infection decreases thymic output and induces chronic T-cell activation.ObjectiveTo ex...
In 25 vertically HIV-1-infected children receiving highly-active antiretroviral therapy, a 3-log(10)...
ObjectivesAIDS is caused by CD4 T-cell depletion. Although combination antiretroviral therapy can re...