Titlebook: HIV Glycans in Infection and Immunity; Ralph Pantophlet Book 2014 Springer Science+Business Media New York 2014 Antigenicity.Glycans.HIV.I

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Paul I. Schneiderman,Marc E. Grossmanation of the molecular mechanisms and functional results of glycan-mediated recognition of HIV-1 is essential for a better understanding of HIV-1 pathogenesis and will lead to the development of novel antiviral strategies. Here, we discuss the current knowledge on recognition of HIV-1 through innate

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Measles, Mumps and Rubell (MMR)ect its primary target, the CCR5. CD4. T cell. Thus, HIV-1 must continually maintain a delicate balance between the number, position, and type of glycans in Env in response to host-selective pressures. Here we will explore the complex roles that glycans play in establishing new infections, maintaini

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HIV Glycomics and Glycoproteomics,population of incompletely processed oligomannose-type glycans that interact with host lectins, promote HIV infection, and alter cell signaling. These glycans also form the basis of the epitopes of several highly potent HIV broadly neutralizing antibodies isolated from HIV-infected individuals, maki

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Role of HIV Glycans in Transmission and Immune Escape,ect its primary target, the CCR5. CD4. T cell. Thus, HIV-1 must continually maintain a delicate balance between the number, position, and type of glycans in Env in response to host-selective pressures. Here we will explore the complex roles that glycans play in establishing new infections, maintaini

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Molecular Recognition of HIV Glycans by Antibodies,gens. In this chapter, we describe the different binding modes of these glycan-dependent antibodies and how they define novel sites of vulnerability that can be used for design of a new generation of glycosylated immunogens.

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