Item 16 of 98 (back to results) previous next The molecular biology of rotaviruses X: intercellular dissemination of rotavirus NSP4 requires glycosylation and is mediated by direct cell-cell contact through cytoplasmic extrusions Archives of virology.

Current search: Breeding and Genetic Improvement: genetic engineering × Research, Technology and Engineering: technology > processing technology × Select any link to see items in a related category. more general categories    information about this item Biological Sciences  Biological Sciences  molecular biology (126)  biochemistry (102540)   biochemical compounds (82890)   amino acids, peptides and proteins (29753)   proteins (23740)  biological properties and phenomena (31123)   longevity (949)  cell biology (31589)   cell structures (13551)   cytoplasm (4132)  genetics (60992)   molecular genetics (44734)   genetic engineering (682)   protein engineering (204)   site-directed mutagenesis (166)  mutation (5459)   mutagenesis (625)   site-directed mutagenesis (166)  immunology (9976)   immunologic factors (5582)   antibodies (1997)  organisms (108862)   hosts (5154) Breeding and Genetic Improvement  Breeding and Genetic Improvement  genetic engineering (682)   protein engineering (204)   site-directed mutagenesis (166) Calendar Year  Calendar Year  Year (337475)   2012 (47541) Health and Pathology  Health and Pathology  pathological processes and conditions (16753)   pathogenesis (1350) Physical and Chemical Sciences  Physical and Chemical Sciences  chemical substances (129118)   biochemical compounds (82878)   amino acids, peptides and proteins (29751)   proteins (23738)  technical chemicals (15701)   dyes (1058)  chemistry (84737)   reaction chemistry (20939)   chemical reactions (18979)   glycosylation (213) Reference Types  Reference Types  Journal (337546) Research, Technology and Engineering  Research, Technology and Engineering  methodology (66114)   microscopy (2476)  monitoring (4857)  technology (49139)   processing technology (28127)   extrusion (361) Abstract of Article:   Will be presented in next release Date Last Accessed:   Accessed January 20, 2015 Title of Article:   The molecular biology of rotaviruses X: intercellular dissemination of rotavirus NSP4 requires glycosylation and is mediated by direct cell-cell contact through cytoplasmic extrusions Author(s) of Article:   Will be identified in next release Citation:   Archives of virology. 2012 v.157 no.2 pp. 305-314 Click to View:   (Click to View) Date of Publication:   2012 Location of Article:   http://pubag.nal.usda.gov/pubag/article.xhtml?id=496430 Name of Publication:   Archives of virology. Publishing Company:   Will be identified in next release Accession Number:   117312