Results 201 to 210 of about 69,360 (221)
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Maturation of moloney murine leukemia virus
Virology, 1979Abstract The accumulation of large numbers of budding particles of ts-3, a temperature-sensitive mutant of the Moloney strain of MuLV (Mo-MuLV), on the cell membrane at the non-permissive temperature and their release as immature particles within 30 min on temperature shift-down provide a large pool of freshly released, synchronous virions ideally ...
P.K.Y. Wong, M.M. Soong, A.H. Lu
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The integrated genome of murine leukemia virus
Cell, 1978The Southern gel filter transfer technique has been used to characterize the integrated genome of Moloney murine leukemia virus (M-MuLV) and the genomes of the endogenous viruses of the mouse. Study of 10 clones of rat cell independently infected by M-MuLV indicates a minimum of 15 integration sites into which the M-MuLV provirus can be inserted.
Steffen, D, Weinberg, R A
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The DNA of murine sarcoma-leukemia virus
Virology, 1971A DNA wih a sedimentation coefficient of 7 S (ρcs2so4: = 1.423) was isolated from DNase- and RNase-treated purified virions of each of three different oncogenic RNA viruses: murine sarcoma virus, Rauscher murine leukemia virus, and avian myeloblastosis virus.
N, Biswal +3 more
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Murine sarcoma virus: Titration patterns and interference by a murine leukemia virus
International Journal of Cancer, 1969AbstractA murine sarcoma virus (MSV‐K) was assayed by conversion of 3T3 mouse cells into foci of morphologically altered cells. Murine erythroblastosis virus (MEV), a member of the murine leukemia virus group, induced resistance in 3T3 cultures specific to super‐infection with focus‐forming MSV‐K.
Somers, K D, Kirsten, W H
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The Rodent Leukemias: Virus-Induced Murine Leukemias
Annual Review of Medicine, 1964It is the intent of this paper to consider specific studies with certain of the viruses which induce neoplasms of the reticular system of rodents. The physi cal and chemical nature of the viruses, their relationship to the neoplastic process, and the interrelationships of the leukemia agents, will be discussed.
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Density Gradient Centrifugation of a Murine Leukemia Virus
Science, 1964The Rauscher leukemia virus separated as a single band upon density gradient centrifugation in cesium chloride, rubidium chloride, sucrose, potassium citrate, or potassium tartrate. Prolonged exposure to concentrated potassium citrate or potassium tartrate solutions caused lysis of the virus; the resulting products, having different densities ...
O'conner, T E +2 more
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Immunodiffusion: Detection of a Murine Leukemia Virus (Rauscher)
Science, 1965Homologous and heterologous antiserums from several species of animals have been prepared against the Rauscher murine leukemia virus. The Ouchterlony technique, adapted to very small quantities, has been used to demonstrate at least two or three antigens in Rauscher virus preparations. Both infected-host materials and tissue-culture fluids were used as
Fink, M A, Cowles, C A
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Immunogenic determinants of a neuropathogenic murine leukemia virus
Journal of Virology, 1995Previous studies of Cas-Br-M murine leukemia virus (MuLV) (Cas-MuLV) infection demonstrated that cytotoxic T cells (CTL) of the CD8+ phenotype play a role in resistance to the neuropathogenic effects of the virus in NFS/N mice. In the current study, we sought to identify the Cas-MuLV epitopes that are immunogenic for the CTL response.
Marcella Sarzotti +4 more
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Murine Leukemia: A Virus-Induced Autoimmune Disease?
Science, 1973Thymocytes from mice carrying Moloney murine leukemia virus since birth are cytotoxic for normal syngeneic fibroblasts; they are much less cytotoxic for the same cells infected with this virus. The cytotoxic thymocytes appear to increase in number with age of the carrier mice and are present both during preleukemic and leukemic periods.
Paul H. Black +2 more
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Precursor polyproteins of moloney murine leukemia virus
Biochimica et Biophysica Acta (BBA) - Nucleic Acids and Protein Synthesis, 1979Abstract Four cell clones infected with and producing Moloney murine leukemia virus were examined with regard to the synthesis of viral internal structural proteins or group antigens (‘gag’), the reverse transcriptase (‘pol’) and the viral envelope proteins (‘env’).
T.Gordon Wood, Ralph B. Arlinghaus
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