Lipid Rafts

Addition of a cholesterol group to an HIV-1 peptide fusion inhibitor dramatically increases its antiviral potency

Multidisciplinary / Humans / Cell fusion / Mice / Cholesterol / Animals / Drug Delivery Systems / Lipid Raft / Shell Half-Life / Viral Infection / HeLa cells / Heptad Repeat / Lipid Rafts / Mechanism of action / Antiviral Activity / Structure activity Relationship / Animals / Drug Delivery Systems / Lipid Raft / Shell Half-Life / Viral Infection / HeLa cells / Heptad Repeat / Lipid Rafts / Mechanism of action / Antiviral Activity / Structure activity Relationship

T-Cell Antigen Receptor-Induced Signaling Complexes: Internalization Via a Cholesterol-Dependent Endocytic Pathway

Confocal Microscopy / Signal Transduction / Ubiquitin / Humans / Endocytosis / Cholesterol / Traffic / Lipid Rafts / Biochemistry and cell biology / Cholesterol / Traffic / Lipid Rafts / Biochemistry and cell biology

Addition of a cholesterol group to an HIV-1 peptide fusion inhibitor dramatically increases its antiviral potency

Multidisciplinary / Humans / Cell fusion / Mice / Cholesterol / Animals / Drug Delivery Systems / Lipid Raft / Shell Half-Life / Viral Infection / HeLa cells / Heptad Repeat / Lipid Rafts / Mechanism of action / Antiviral Activity / Structure activity Relationship / Enveloped Viruses / Animals / Drug Delivery Systems / Lipid Raft / Shell Half-Life / Viral Infection / HeLa cells / Heptad Repeat / Lipid Rafts / Mechanism of action / Antiviral Activity / Structure activity Relationship / Enveloped Viruses

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