Journal of Virology · 1973 · 15 citations · 35 references
Life SciencesGeneticsMolecular BiologyGenomicsMolecular VirologyVirologyAnimal VirusesViral GeneticsViral Genome OrganizationViral StructureVirus Genome OrganizationVirus StructureFeline VirusesMolecular HybridizationRna Tumor VirusesRna Virus BiologySequence HomologyStructural Rearrangement AnalysisViral Genome StructureViral Rna Genome Organization
The results of molecular hybridization experiments have demonstrated that the RNA genome of RD-114 virus has extensive nucleotide sequence homology with the RNA genome of Crandell virus, an endogenous type C virus of cats, but only limited homology with the RNA genomes of feline sarcoma virus and feline leukemia virus. The genomic RNAs of RD-114 virus and Crandell virus also had identical sedimentation coefficients of 50S. A structural rearrangement of genomic RNA did not exist within released RD-114 virions, whereas a structural rearrangement of genomic RNA did occur within feline sarcoma virions and feline leukemia virions after release from virus-producing cells.
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C-Type Virus Released from Cultured Human Rhabdomyosarcoma Cells
Robert M. McAllister, M. Nicolson, M B Gardner et al. · Nature New Biology · 1972 · 285 citations