Developmental Ability and Concentration of Hydrogen Peroxide in Bali Cattle Embryos Cultured In Vitro
Erni Damayanti1, Herry Sonjaya2*, Sudirman Baco2 and Hasbi Hasbi2
1Agricultural Science Study Program, Graduate School, Hasanuddin University, 90245 Makassar, Indonesia
2Department of Animal Production, Faculty of Animal Science, Hasanuddin University, 90245 Makassar, Indonesia
* Corresponding author: sonjayaherry@gmail.com
Fig. 1.
The cleavage of Bali cattle embryo after re-culture for 48 h; A, Grup of control; B, 2-cell stage (%); C, 4-cell stage (%); D, 8-cell stage (%); E, 16-cell stage (%).
Fig. 2.
Fluorescent photomicrographs, 200× magnification. A, group of control; B, 2-cell; C, 4-cell; D, 8-cell; E, 16-cell.
Fig. 3.
H2O2 concentration of Bali cattle embryos after re-culture for 48 h. FIU values represent fluorescence intensity units.
Fig. 4.
The correlation between H2O2 concentration and embryo developmental ability to reach morula stage after re-culture for 48 h (r=0.916).