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Eggs of Korean rose bitterling Rhodeus uyekii were collected and fertilized to observe temperature-related cleavage rates and mitotic intervals (τ 0 ). As the water temperature was increased, the slope of first cleavage frequency with elapsed time after fertilization increased, and approximately 30% of fertilized eggs reached first cleavage frequency at every 15 min. At higher temperatures, eggs developed faster and underwent further identical developmental processes. There were strong, negative correlations between τ 0 and water temperatures at all temperatures studied (Y = -1.225X + 70.05, r 2 = 0.988, where Y is τ 0 and X is temperature).

Temperature-dependent Index of Mitotic Interval (τ0) for Chromosome Manipulation in Korean Rose Bitterling Rhodeus uyekii

Temperature-dependent Index of Mitotic Interval (τ₀) for Chromosome Manipulation in Korean Rose Bitterling Rhodeus uyekii