-transparent.png){kind=logo}
Actinomycin D treatment (0.005-05 g/ml) of Vero and BHK-21 cells infected with Machupo virus suppressed the synthesis of ribosomal RNAs but did not affect the production of infectious Machupo virus. Virion RNAs contained 3 high molecular weight RNA species: 28-31 S, 22-24 S and 18 S. In the presence of actinomycin D [3H]-uridine incorporated only in 30-31 S and 22-24 S RNA species. The data are supported by previous results which show that Machupo virus genome contains two RNA species: "large" (30-31 S) and "small" (22-24 S).
Related Publications
V P Golubev, and
E P Scheslenok, and
N N Finskaia, and
I S Lukashevich
January 1983,
Voprosy virusologii,
V P Golubev, and
E P Scheslenok, and
N N Finskaia, and
I S Lukashevich
January 1984,
Voprosy virusologii,
V P Golubev, and
E P Scheslenok, and
N N Finskaia, and
I S Lukashevich
December 1969,
Bulletin de la Societe de chimie biologique,
V P Golubev, and
E P Scheslenok, and
N N Finskaia, and
I S Lukashevich
January 1964,
Voprosy virusologii,
V P Golubev, and
E P Scheslenok, and
N N Finskaia, and
I S Lukashevich
June 1966,
Biochimica et biophysica acta,
V P Golubev, and
E P Scheslenok, and
N N Finskaia, and
I S Lukashevich
June 1991,
Development, growth & differentiation,
V P Golubev, and
E P Scheslenok, and
N N Finskaia, and
I S Lukashevich
April 1965,
Science (New York, N.Y.),
V P Golubev, and
E P Scheslenok, and
N N Finskaia, and
I S Lukashevich
January 1987,
Voprosy virusologii,
V P Golubev, and
E P Scheslenok, and
N N Finskaia, and
I S Lukashevich
January 1972,
Voprosy virusologii,
V P Golubev, and
E P Scheslenok, and
N N Finskaia, and
I S Lukashevich
May 1970,
Nature,
