-transparent.png){kind=logo}
The clonal nature of CFUf-derived fibroblast colonies was proved by chromosomal analysis of individual colonies and single-colony-derived fibroblast strains using mixed cell cultures from male and female rabbits. CFUf progeny, forming colonies composed of more than 10(3) cells was capable of 20-30 cell doublings during subsequent passages. When transplanted in diffusion chambers, single-colony-derived fibroblast strains formed bone and cartilage simultaneously. Thus, CFUf or part of them can be regarded as bone marrow osteogenic stem cells.
Related Publications
Iu V Gerasimov, and
A Ia Fridenshteĭn, and
R K Chaĭlakhian, and
V V Shishkova
July 1977,
Experimental cell research,
Iu V Gerasimov, and
A Ia Fridenshteĭn, and
R K Chaĭlakhian, and
V V Shishkova
May 1960,
Proceedings of the Society for Experimental Biology and Medicine. Society for Experimental Biology and Medicine (New York, N.Y.),
Iu V Gerasimov, and
A Ia Fridenshteĭn, and
R K Chaĭlakhian, and
V V Shishkova
December 1989,
The New England journal of medicine,
Iu V Gerasimov, and
A Ia Fridenshteĭn, and
R K Chaĭlakhian, and
V V Shishkova
May 2023,
Translational research : the journal of laboratory and clinical medicine,
Iu V Gerasimov, and
A Ia Fridenshteĭn, and
R K Chaĭlakhian, and
V V Shishkova
January 1980,
Experimental hematology,
Iu V Gerasimov, and
A Ia Fridenshteĭn, and
R K Chaĭlakhian, and
V V Shishkova
November 1993,
Endocrinology,
Iu V Gerasimov, and
A Ia Fridenshteĭn, and
R K Chaĭlakhian, and
V V Shishkova
November 2023,
Redox biology,
Iu V Gerasimov, and
A Ia Fridenshteĭn, and
R K Chaĭlakhian, and
V V Shishkova
February 2021,
Bone,
Iu V Gerasimov, and
A Ia Fridenshteĭn, and
R K Chaĭlakhian, and
V V Shishkova
June 1973,
Blood,
Iu V Gerasimov, and
A Ia Fridenshteĭn, and
R K Chaĭlakhian, and
V V Shishkova
April 1981,
Experimental hematology,
