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동물 염색체 분리를 위한 최적 혈액배양 조건에 관한 연구Methodology of Lymphocytes Culture for Animal Chromosome Preparation

Other Titles
Methodology of Lymphocytes Culture for Animal Chromosome Preparation
Authors
손시환이정업
Issue Date
2011
Publisher
사단법인 한국동물생명공학회
Keywords
Chromosome preparation; Lymphocyte culture; Cattle; Chicken; Rat; Mouse
Citation
Reproductive & Developmental biology, v.35, no.3, pp 257 - 263
Pages
7
Indexed
KCI
Journal Title
Reproductive & Developmental biology
Volume
35
Number
3
Start Page
257
End Page
263
URI
https://scholarworks.gnu.ac.kr/handle/sw.gnu/23950
ISSN
1738-2432
Abstract
In general, the blood cell culture is a common method for animal chromosome preparation. However, every animal and its cells have unique physiological characteristics and functions. Hence, it is very difficult to find the suitable method of chromosome preparation using animal lymphocyte culture. This study was carried out to find the suitable method of chromosome preparation using lymphocytes cultures in mammalians and aves including cattle, rat, mouse and chicken. To seek the optimal method of lymphocyte culture in each animal, 23 factorial experiment was designed. The design evaluated three main effects in culture duration, kinds of mitogen supplements and colcemid exposure time with two levels within each effect. The mitotic index and the score of chromosome morphology were analyzed. In results, the suitable methods of lymphocyte culture for chromosome preparation were 72 hours culture, pokeweed mitogen(PWM) supplement and 90 minutes of colcemid exposure in cattle, 72 hours culture, PWM supplement and 50 minutes of colcemid exposure in chicken, 96 hours culture, concanavalin A supplement and 90 minutes of colcemid exposure in rat, and 72 hours culture, PWM supplement and 50 minutes of colcemid exposure in mouse, respectively. In conclusion, kinds of mitogen, culture duration and colcemid exposure time significantly affected the mitotic index and chromosome morphology in animal lymphocyte culture. The interaction effects between/among treatment factors were also statistically significant.
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