Showing results (21-30 of 39) with videos related to
Sort By:
Pageof 4
Tsitologiia|July 20, 1999
[Pleiotropic changes in karyotype structure of Chinese hamster fibroblast cell lint CHL V-79 RJK in relation to their acquisition of resistance to etoposide, an inducer of apoptosis]T M Grinchuk, M A Pavlenko, I V Artsybasheva, et al.Tsitologiia|February 24, 2001
[Effect of ectopic superexperssion of the anti-apoptotic gene bcl-2 on the level and character of karyotypic instability in the CHLL V-79 RJK Chinese hamster cell line]T M Grinchuk, M A Povlenko, N A Pugovkina, et al.Tsitologiia|March 26, 2016
[CHARACTERISTIC OF ENDOMETRIAL MESENCHYMAL STEM CELLS IN CULTURE OBTAINED FROM PATIENT WITH ADENOMYOSIS]M A Shilina, A P Domnina, I V Kozhukharova, et al.Tsitologiia|January 1, 1994
[The amplification and overexpression of mdr-family genes in ethidium bromide-resistant Chinese hamster CHO-K1 cells and in the hybrids of sensitive and resistant cells]L A Lipskaia, T M Grinchuk, E V Efimova, et al.Tsitologiia|January 1, 1994
[The isolation and genetic characteristics of the new cell line of mouse myeloma spEBR-5 selected for ethidium bromide resistance and characterized by multiple drug resistance]E V Berezkina, L A Lipskaia, T M Grinchuk, et al.Tsitologiia|April 18, 2009
[Spontaneous transformation and immortalization of mesenchymal stem cells in vitro]B V Popov, N S Petrov, V M Mikhaĭlov, et al.Tsitologiia|October 30, 1998
Resistance to adriamycin in human chronic promyeloleukemia line K562 correlates with directed genome destabilization--amplification of MDR1 gene and nonrandom changes in karyotype structureT M Grinchuk, M A Pavlenko, L A Lipskaia, et al.Tsitologiia|August 19, 2015
[DNA CONTENT IN INDIVIDUAL CHROMOSOMES OF NORMAL CHINESE HAMSTER KARYOTYPE AND CHROMOSOMES OF CONSTANT HAMSTER CELL LINES CHL V-79 RJK AND Vebr-5]N A Agafonova, T M Grinchuk, V P Korablev, et al.Tsitologiia|February 10, 2009
[Characterization of cultured murine mesenchymal stem cell line expressing GFP]T M Grinchuk, K M Ivantsov, L L Aleklseenko, et al.Tsitologiia|May 14, 2013
[Mesenchymal stem cells of human endometrium do not undergo spontaneous transformation during long-term cultivation]A P Dominina, I I Fridliandskaia, V I Zemel'ko, et al.Pageof 4