Cellular aspects of HIV infection
Cellular Aspects of HIV Infection provides a highly readable, detailed overview of the state of the art in modern HIV research at the cellular level. This volume brings together renowned experts who have provided concise, synthetic treatments of the biology of HIV infection. It presents these descriptions and analyses with particular attention to the techniques of flow cytometry that have allowed us to not only observe the course of HIV infection and the immune system's response to it, but have also increased our ability to treat patients and understand their response to therapy.
The book is divided into five sections covering molecules and cells, pathophysiological processes, technologies, and organisms. A perspective on future therapies concludes the book. Each chapter offers an intelligent, concise synthesis of the topic, highlighting the biological principles and technologies involved in the study of HIV infection. Cellular Aspects of HIV Infection is an indispensable, up-to-date guide for immunologists, virologists, clinicians, and researchers.
25 pages matching telomere in this book
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HIV and Molecular Biology of the VirusHost Interplay
GammaDelta y5 T Cells and HIV1 Infection
Telomere Length CD28 T Cells and HIV Disease Pathogenesis
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Acad Sci USA activation AIDS Res Hum analysis antibodies antigen antigen-specific antiretroviral therapy antiviral apoptosis Biol CCR5 CD4 T cells CD4+ CD8 T cells CD8+ cell receptor cellular chemokine receptor Clin coreceptor correlates Cossarizza CTL responses CXCR4 cytokines cytotoxic T lymphocytes dendritic cells detected disease progression effector epitopes factor flow cytometry fluorescence function gamma delta gene HAART HIV disease HIV infection HIV replication HIV-infected individuals HIV-specific CTL HIV+ human immunodeficiency virus IFN-y immune response immunodeficiency virus type Immunol increase induced inhibition interactions levels ligand macrophages markers membrane memory T cells mice mitochondrial molecules monocytes naive Natl Acad Sci NK cells pathogenesis pathogens patients PBMC peripheral blood phenotype primary Proc Natl Acad production proliferation protein repertoire replicative senescence role senescence specific stimulation studies subset target cells telomerase telomere TNF-a vaccine viral load virions Virol vitro vivo y8 T cells