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The progeny of clonogenic stromal medullary fibroblasts from rabbits was cultivated by repeated passage. As a result of several passages the number of cells under consideration could be raised hundreds of thousand times as compared with the initial cell quantity. The strains of stromal medullary fibroblasts were found to have osteogenic properties; during reverse transplantation to the body they formed osseous tissue, creating the medullary organs. It was shown that during cultivation, the amount of osteogenic units in a cell culture dramatically rose, i. e. the osteogenic precursor cells multiplied and were self-maintained. According to all these signs the clonogenic stromal cells of the bone marrow can be regarded as stem osteogenic cells.
R K Chaĭlakhian, and
Iu V Gerasimov, and
A Ia Fridenshteĭn
August 1971,
Transplantation,
R K Chaĭlakhian, and
Iu V Gerasimov, and
A Ia Fridenshteĭn
September 1970,
Biulleten' eksperimental'noi biologii i meditsiny,
R K Chaĭlakhian, and
Iu V Gerasimov, and
A Ia Fridenshteĭn
March 1968,
Transplantation,
R K Chaĭlakhian, and
Iu V Gerasimov, and
A Ia Fridenshteĭn
December 1975,
Problemy gematologii i perelivaniia krovi,
R K Chaĭlakhian, and
Iu V Gerasimov, and
A Ia Fridenshteĭn
May 1968,
Tsitologiia,
R K Chaĭlakhian, and
Iu V Gerasimov, and
A Ia Fridenshteĭn
November 1971,
Blood,
R K Chaĭlakhian, and
Iu V Gerasimov, and
A Ia Fridenshteĭn
May 1991,
Laboratory investigation; a journal of technical methods and pathology,
R K Chaĭlakhian, and
Iu V Gerasimov, and
A Ia Fridenshteĭn
January 2007,
Bulletin of experimental biology and medicine,
R K Chaĭlakhian, and
Iu V Gerasimov, and
A Ia Fridenshteĭn
January 1991,
Ontogenez,
R K Chaĭlakhian, and
Iu V Gerasimov, and
A Ia Fridenshteĭn
January 1983,
Radiobiologiia,
