Titlebook: In Situ Hybridization; Ashley T. Haase,Michael B. A. Oldstone Conference proceedings 1989 The Editor(s) (if applicable) and The Author(s),

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Conference proceedings 1989thods are given for locating viral genes in whole animal section and for defining the number and type of cells surrounded by viruses. The genetic programs played out in these cells and the newer methods of hybridization at the electron microscopic level provide valuable insight into the complexities

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Double-Label Techniques of in Situ Hybridization and Immunocytochemistry,pport. Under permissive conditions, high levels of viral gene expression in cells essential to the host may result in serious illness or death. On the other hand, persistent infections are the result of restricted gene expression which may allow the host cell to survive and the virus to escape detec

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Colorimetric In-Situ Hybridization in Clinical Virology: Development of Automated Technology,hieve these goals have undergone a revolution. The same techniques of molecular biology which proved so valuable in elucidating basic biologic properties of the viruses have been found to be applicable in a diagnostic setting. Through the adoption of monoclonal antibody and nucleic acid hybridizatio

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Whole Animal Section In Situ Hybridization and Protein Blotting: New Tools in Molecular Analysis ofntibody technologies have facilitated analysis of animal infection models at the levels of genes, messages and proteins. With the advent of whole animal sectioning (WAS), it is now possible to study these models at the molecular level in an anatomic context. WAS in situ hybridization and protein blo

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Strategies for Ultrastructural Visualization of Biotinated Probes Hybridized to Messenger RNA In Sile cells, particularly in developing chicken muscle cells in culture. Using an in situ hybridization protocol optimized for maintaining the structural integrity of the cell and the native configuration of RNA (. and . et al. 1986b), we investigated the intracellular distribution of specific mRNAs wi

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al part in that transition effort, as the ability to foster renewable energy adoption depends on the development of more efficient and less expensive technology. Over the last few decades the European Union has increasingly promoted sustainable energy as an essential part of its Framework Programmes

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J. G. Stevense participatory process. The study is related to prior works related to STS approach such as that of Jasanoff (Technologies of humiliation: Citizen participation in governing science. Minerva, 41(3), 223–244, 2003), Callon et al. (Acting in an Uncertain World?: An Essay on Technical Democracy. Cambr

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