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Your search keyword '"Plants analysis"' showing total 12 results
Start Over Descriptor "Plants analysis" Journal virology Publisher academic press
12 results on '"Plants analysis"'

2. A relationship between the protein content of ribonucleoproteins and the G + C content of their RNA.

Author

Ganguli PK

Subjects
Animals, Bacteria analysis, Bacterial Proteins analysis, Base Sequence, Cells metabolism, Humans, Plant Proteins analysis, Plants analysis, RNA, Bacterial analysis, Cytosine analysis, Guanine analysis, Proteins analysis, RNA, Ribosomal analysis, RNA, Viral analysis, Ribosomes analysis, Viral Proteins analysis, Viruses analysis
Published
1975
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3. In situ localization of pea enation mosaic virus double-stranded ribonucleic acid.

Author

De Zoeten GA, Powell CA, Gaard G, and German TL

Subjects
Antigens, Viral isolation & purification, Cell Nucleus analysis, Cell Nucleus immunology, Dactinomycin pharmacology, Mosaic Viruses immunology, Mosaic Viruses metabolism, Plant Diseases, Plants analysis, RNA, Viral biosynthesis, RNA, Viral immunology, Vegetables, Mosaic Viruses analysis, Plant Viruses analysis, RNA, Viral isolation & purification
Published
1976
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6. Gene I products of cauliflower mosaic virus detected in extracts of infected tissue.

Author

Young MJ, Daubert SD, and Shepherd RJ

Subjects
Mosaic Viruses isolation & purification, Plants microbiology, Viral Proteins genetics, Genes, Viral, Mosaic Viruses genetics, Plants analysis, Viral Proteins isolation & purification
Abstract

The product of cauliflower mosaic virus (CaMV) gene I has been characterized from extracts of infected plants. Two size classes of this protein can be identified by the use of specific antiserum. The antiserum was induced against a chimeric protein produced in E. coli from a gene fusion between a fragment of the CaMV genome and the beta-galactosidase gene. A 36-kDa form of the gene I product is associated with virus particles. A 45-kDa form of this product was found only in the insoluble fraction of tissue homogenates. This insoluble fraction, the only fraction found to contain the product of viral gene VI, contains the virally induced inclusion bodies.

Published
1987
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7. Replication of tobacco ringsport virus. I. Detection of a low molecular weight double-stranded RNA from infectd plants.

Author

Rezaian MA and Francki RI

Subjects
Carbon Radioisotopes, Centrifugation, Density Gradient, Chemical Precipitation, DNA-Directed RNA Polymerases metabolism, Electrophoresis, Polyacrylamide Gel, Hot Temperature, Molecular Weight, Nucleic Acid Denaturation, Nucleic Acid Hybridization, Plant Diseases, Plant Viruses analysis, Plant Viruses growth & development, Plant Viruses isolation & purification, Plants analysis, Plants enzymology, Plants, Toxic, RNA, Viral isolation & purification, Ribonucleases, Spectrophotometry, Nicotiana, Tobacco Mosaic Virus analysis, Tritium, Uridine, Vegetables, RNA, Viral analysis, Virus Replication
Published
1973
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9. A gel electrophoretic analysis of proteins from plants infected with tobacco mosaic and potato spindle tuber viruses.

Author

Zaitlin M and Hariharasubramanian V

Subjects
Carbon Isotopes, Cell Fractionation, Cell Nucleus analysis, Leucine metabolism, Mitochondria analysis, Molecular Weight, Plant Cells, Plant Diseases, Plant Proteins biosynthesis, Plants metabolism, Plants, Edible, Plants, Toxic, Ribosomes analysis, Sodium, Species Specificity, Sulfates, Nicotiana, Tritium, Viral Proteins biosynthesis, Electrophoresis, Disc, Plant Proteins analysis, Plant Viruses metabolism, Plants analysis, Tobacco Mosaic Virus metabolism
Published
1972
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10. Potato spindle tuber disease produced by pathogenic RNA from citrus exocortis disease: evidence for the identity of the causal agents.

Author

Semancik JS, Magnuson DS, and Weathers LG

Subjects
Electrophoresis, Polyacrylamide Gel, Molecular Weight, Plant Viruses analysis, Plants analysis, RNA Viruses, RNA, Viral analysis, RNA, Viral isolation & purification, Vegetables, Plant Diseases, Plant Viruses pathogenicity, Plants microbiology, RNA, Viral pharmacology
Published
1973
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11. Effect in different plant species of continuous light and dark treatment on tobacco mosaic virus replicating capacity.

Author

Cheo PC

Subjects
Biological Assay, Gossypium analysis, Gossypium enzymology, Peroxidases metabolism, Plant Diseases, Plant Extracts, Plant Proteins analysis, Plants, Edible analysis, Plants, Edible enzymology, Plants, Toxic, RNA analysis, Ribonucleases metabolism, Species Specificity, Spectrophotometry, Nicotiana analysis, Nicotiana enzymology, Tobacco Mosaic Virus isolation & purification, Ultracentrifugation, Darkness, Light, Plants analysis, Plants enzymology, Tobacco Mosaic Virus growth & development, Virus Replication
Published
1971
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