Catálogo de publicaciones - libros

Palabras clave – provistas por la editorial

varicella-zoster virus; Oka strain; human herpesvirus 6; human herpesvirus 7; corticosteroids; serious adverse event; herpes zoster; IL-6; IL-10; innate immunity; VLT; VLT-ORF63; CRISPR/Cas9; BAC mutagenesis; flavivirus; SARS-CoV-2; pandemic preparedness; host–virus interactions; prion; vaccines; interferon lambda; virus; herpes simplex virus type 1; herpes simplex virus type 2; neonatal herpesvirus infection; HSV UL6; herpesvirus encephalitis; herpesvirus hepatitis; acyclovir; HerpeSelect test; viral sequencing; HELLP syndrome; lipids; dengue virus; acyl-CoA; acyl-CoA thioesterase; fatty acids; membranes; rheostat; fatty acyl-CoA; Marek’s disease virus; live-cell genome visualization; lytic replication; T cells; latency; genome integration; TetO/TetR system; varicella zoster virus; reactivation; genome cleavage; AAV; antiviral therapies; HSV-1; cornea; trigeminal ganglia; interferon-γ; interferon stimulatory genes; TRIM21; HSV; EBV; KSHV; MHV68; PIC; transcription; productive elongation; mRNA; rRNA; tRNA; herpes; viral reactivation; spaceflight; dermatitis; stress; immune depression; antiviral drugs; bacterial artificial chromosome; luciferase; bioluminescence imaging; skin organ culture; humanized mice; β-Coronavirus; mouse hepatitis virus-A59/MHV-A59; mouse hepatitis virus-2/MHV2 spike protein; fusion peptide/FP; cell-to-cell fusion (fusogenicity); neuropathogenesis; hepatitis; demyelination; structural rigidity; simian varicella virus; herpesvirus; varicella; VZV; neuro-attenuated; ORF7; vaccine; n/a; antiviral; COVID-19; drug discovery; coronavirus; spike protein; Mpro; RdRp; PLpro; skin; epidermis; keratinocytes; epidermal differentiation; cutaneous blistering lesions; keratins; autophagy; immunity; human neuron culture; non-coding RNA; CD8 T cell; T-cell epitope; NK cell; KIR3DL1; HLA-B*57:01; herpes simplex virus; zoster; skin pathogenesis; HSV-2; neurons; cell culture; varicella-zoster; gene expression; ganglion; autopsy; saliva; salivary VZV DNA; dengue viruses; Aedes aegypti; adaptive mutation