-transparent.png){kind=logo}
In vitro and in vivo production of CFU-S-stimulating activities have been described after 5-Gy irradiation of mice using a diffusion chamber-incubation technique. The experimental results showed that bone marrow obtained 15 min after 5 Gy total body irradiation did not present detectable CFU-S stimulating activity, but was able to produce such activity in vitro within 20 h. Once the activity had been produced, 2.5 h was enough to stimulate the proliferation of CFU-S. When CFU-S were incubated for 20 h in the peritoneal cavities of mice that had been irradiated with 5 Gy immediately prior to the insertion of the chambers, or five days earlier, a marked stimulation of CFU-S turnover was observed, demonstrating the in vivo production of some humoral activity capable of stimulating CFU-S.
T Grande, and
C Tejero, and
J González, and
G Maganto, and
J A Bueren
March 1988,
Cell and tissue kinetics,
T Grande, and
C Tejero, and
J González, and
G Maganto, and
J A Bueren
January 1986,
Annales de l'Institut Pasteur. Immunologie,
T Grande, and
C Tejero, and
J González, and
G Maganto, and
J A Bueren
August 1992,
Bioscience reports,
T Grande, and
C Tejero, and
J González, and
G Maganto, and
J A Bueren
June 1994,
Health physics,
T Grande, and
C Tejero, and
J González, and
G Maganto, and
J A Bueren
July 1982,
Mechanisms of ageing and development,
T Grande, and
C Tejero, and
J González, and
G Maganto, and
J A Bueren
September 2013,
Radiation research,
T Grande, and
C Tejero, and
J González, and
G Maganto, and
J A Bueren
January 1992,
Haematologica,
T Grande, and
C Tejero, and
J González, and
G Maganto, and
J A Bueren
June 1993,
Health physics,
T Grande, and
C Tejero, and
J González, and
G Maganto, and
J A Bueren
March 1982,
Radiation research,
T Grande, and
C Tejero, and
J González, and
G Maganto, and
J A Bueren
January 1994,
Blood,
