Results 281 to 290 of about 381,619 (295)
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Retroid Virus Genome Replication
1987Publisher Summary Sixteen years have passed since reverse transcription was demonstrated in the replication cycle of retroviruses. This unique observation rationalized many earlier studies demonstrating that inhibitors of DNA synthesis prevented the establishment of infection by these RNA viruses.
Roger Hull+5 more
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Replication strategies of rabies virus
Virus Research, 2005Rabies virus (RV) is a prototype neurotropic virus that causes fatal disease in human and animals. RV infects hosts at the periphery, enters motoneurons or sensory nerves and moves to the central nervous system (CNS) via retrograde axonal transport. At later stages, there is also centrifugal spread to major exit portals, such as the salivary glands ...
Stefan Finke, Karl-Klaus Conzelmann
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Replication of hepatitis C virus
Journal of Viral Hepatitis, 1996SUMMARY. The mode of replication of the hepatitis C virus (HCV) remains poorly understood. Attempts to produce a tissue culture model containing replicating HCV have been largely unsuccessful. Recent studies on sera from patients chronically infected with HCV have shown that viral particles may be found in high‐or low‐density fractions.
Yohko K. Shimizu+3 more
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The Measles Virus Replication Cycle
2008This review describes the two interrelated and interdependent processes of transcription and replication for measles virus. First, we concentrate on the ribonucleoprotein (RNP) complex, which contains the negative sense genomic template and in encapsidated in every virion.
Bertus K. Rima, W. P. Duprex
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Bunyamwera virus replication in mosquitoes
Canadian Journal of Microbiology, 1972After intrathoracic injection of 3.2 dex Bunyamwera (BUN) virus into groups of wild caught Aedes vexans and A. canadensis, increments of infectivity were first detected in salivary glands and gut at 3 days and maximum titers of 5.2 dex per organ were attained in the salivary glands at 10 days.
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Rabies Virus Transcription and Replication
2011Rabies virus (RABV) is a negative-stranded RNA virus. Its genome is tightly encapsidated by the viral nucleoprotein (N) and this RNA-N complex is the template for transcription and replication by the viral RNA-dependent RNA polymerase (L) and its cofactor, the phosphoprotein (P).
Danielle Blondel+2 more
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1983
The processes involved in plant virus replication may include (1) passage of virus through the cell wall; (2) entry of virus or its nucleic acid into cells and then to replicative sites in cells; (3) removal of protein from nucleic acid, this being termed ‘uncoating’.
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The processes involved in plant virus replication may include (1) passage of virus through the cell wall; (2) entry of virus or its nucleic acid into cells and then to replicative sites in cells; (3) removal of protein from nucleic acid, this being termed ‘uncoating’.
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2010
1 Introduction 2 General Principles of DNA Replication 3 Polyomaviruses 4 Papillomaviruses 5 Parvoviruses 6 Adenoviruses 7 Herpesviruses 8 Poxviruses 9 Host–Virus Interactions Keywords: DNA virus replication; general principles of DNA replication; polyomaviruses infect; SV40 viral genome; large T antigen;
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1 Introduction 2 General Principles of DNA Replication 3 Polyomaviruses 4 Papillomaviruses 5 Parvoviruses 6 Adenoviruses 7 Herpesviruses 8 Poxviruses 9 Host–Virus Interactions Keywords: DNA virus replication; general principles of DNA replication; polyomaviruses infect; SV40 viral genome; large T antigen;
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INHIBITORS OF INFLUENZA VIRUS REPLICATION
British Medical Bulletin, 1979Schild Gc, Oxford Js
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