Abstract
With an immunofluorescent technique involving the use of serum of hamsters with SV40 tumors, nuclear fluorescence was detected in each of five cell lines, derived from four mammalian species, transformed by SV40 virus. Essentially all nuclei, including those of multinuclear cells, were fluorescent-stainable. Serum of hamsters bearing SV40 tumors was also found to give nuclear fluorescence in susceptible cells (AGMK or BSC-1) acutely infected with SV40 virus. These findings provide further evidence that cellular incorporation of the SV40 viral genome, with partial expression of the genome by synthesis of at least one virus-specific antigen, is an integral property of all SV40 transformed cells.
Keywords
ANTIGENS
COMPLEMENT FIXATION TESTS
EXPERIMENTAL LAB STUDY
FLUORESCENT ANTIBODY TECHNIC
HAMSTERS
KIDNEY
MONKEYS
SV40 VIRUS
TISSUE CULTURE
VIRUS CULTIVATION
MeSH Terms
Animals
Antigens
Cell Line
Cell Nucleus
Complement Fixation Tests
Cricetinae
Fluorescent Antibody Technique
Haplorhini
Kidney
Neoplasms
Research
Simian virus 40
Tissue Culture Techniques
Virus Cultivation
Authors & Affiliations
2 authors, click to expand affiliations / ORCID
POPE J H
ROWE W P
References (15)
15 references, click to expand
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