作者: AK Shakur Ahammad , Md Asaduzzaman , Md Borhan Uddin Ahmed , Salma Akter , Md Sadiqul Islam
DOI: 10.1016/J.JTHERBIO.2020.102830
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摘要: Abstract Although indigenous climbing perch (Anabas testudineusis) is a highly valuable species, slow growth pattern during the culture period impeding its commercial success in aquaculture. In many fish it has been demonstrated that incubation temperature of eggs influenced muscle development and rates, which persisted throughout subsequent larval juvenile phases. Therefore, this study aimed to investigate whether different prior hatching can stimulate development, growth, growth-related gene expression slow-growing species perch. The fertilized A. testudineus from an artificial breeding program were incubated under control 24 °C (IT24), 26 °C (IT26), 28 °C (IT28), 30 °C (IT30) 10L glass aquaria with four replicated units for each treatment. After hatching, larvae separately reared at ambient 10 days aquarium, 20 hapas, next 42 cages, totaling 72 post-hatching (dph). rates found significantly (P