| Study on Development of Mouse Preimplantation Embryos in Culture Media with Different Composition of Energy Sources. |
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Jong Bum Lee, Ju Hwan Kim, Jee Hwan Ko, Young Kun Oh, Song Kyong Son, Young Seok Seo, Heung Tae Noh, Kil Chun Kang, Hai Bum Song, Ki Hwan Lee |
1Department of Obstetrics and Gynecology, College of Medicine, ChungNam National University, Korea.
2Department of Animal Science, Taegu University, Korea. |
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| Abstract |
OBJECTIVE
The objective of this study was to examine the effect on development of mouse preimplantation embryos in culture media with different composition of energy sources in vitro culture. METHODS: Two hundred and seventy one two-cell embryos were cultured in four different culture system for 96 hours. Group I (n=61) was cultured in DMEM-G (DMEM with glutamine) only, groupII (n=64) was cultured in DMEM-GGP (DMEM with glutamine, glucose and pyruvate) only, group III (n=72) was cultured for 48 hours in DMEM-G and then transferred to DMEM-GGP and group IV (n=74) was cultured for 48 hours in DMEM-GGP and then transferred to DMEM-G. Development of embryos in each group was observed every 24 hours. RESULTS: After 24 hours, the rate of development > or = 3-cell was significantly higher in groupII (87.5%) and IV (86.5%) compared with group I (59.0%) and III (62.5%). After 48 hours, the rate of development into > or = morula stage was significantly higher in GroupII (79.7%) and IV (86.5%) compared with group I (34.4%) and III (37.5%). After 72 hours, the rate of development into blastocyst was significantly higher in group IV (74.3%) compared with group I (49.2%) and III (45.8%). After 96 hours, the rate of development into > or = expanded blastocyst was significantly higher in group IV (70.3%) compared with group I (32.8%),II (53.1%), and group III (40.3%). CONCLUSION: Mouse preimplantation embryos development was the most effective in culture system with DMEM-GGP for 48 hours and then transferred to DMEM-G. |
| Key Words:
Mouse embryo, Culture, DMEM, Glucose, Pyruvate |
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