Microplate-based incubation method for quality assessment of eggs of Indian major carp Catla catla

Pub Date : 2023-09-30 DOI:10.21077/ijf.2023.70.3.129755-19
J. Mohanty, Sonalina Sahoo, M. Badhe, I. Das, Priyanka Das, A. Rasal, K. Murmu, K. Mahapatra, Pramoda Kumar Sahoo, J. Sundaray
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Abstract

Incubation of fertilised eggs from the Indian major carp species, Catla catla was carriedout in tissue culture microplates to assess the quality in terms of hatching rate and posthatchsurvival rate. Eggs from five females (F1, F2, F3, F5 and F6) were strip spawned andfertilised with milt from a single male. The fertilised eggs were distributed at one egg perwell of 24 well microplates, with three plates for each female. The plates were incubated at30oC in an incubator with continuous shaking and complete hatching was observed by 36 h.The hatching rate varied within a range of 0 to 52.8% showing the maximum of 5% for F5followed by F1 (50%) which were significantly higher than the other three females (F2-18.1,F6-5.6 and F3-0%). The eggs from these two females (F1 and F5) thus could be consideredas good. The survival percentage of hatchlings recorded for a period of 8 days post-hatchingwas found to vary from 58.3 to 83.3 and there was low variability among different females onany observed day. Between these two egg quality determinants, the hatching rate was foundto be more suitable considering the wide variability shown by different females indicatingthe quality difference. The microplate method seems to be an appropriate tool to assess theegg quality in catla and can be extended to other species as well. Keywords:Catla catla, Egg quality, Hatching rate, Microplate
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基于微孔板的印度鲶鱼卵质量评估孵化方法
在组织培养微孔板中对印度主要鲤科鱼种 Catla catla 的受精卵进行孵化,以评估孵化率和孵化后存活率方面的质量。对五条雌性鲤鱼(F1、F2、F3、F5 和 F6)的卵进行剥离产卵,并用一条雄性鲤鱼的卵子受精。受精卵以每孔一个卵的方式分布在 24 孔微孔板上,每只雌鱼有三个微孔板。孵化率在 0 到 52.8% 的范围内变化,F5 的孵化率最高,为 5%,其次是 F1(50%),明显高于其他三只雌鱼(F2-18.1、F6-5.6 和 F3-0%)。因此,这两只雌鸟(F1 和 F5)的卵可被视为优质卵。孵化后 8 天内记录的幼体存活率从 58.3 到 83.3 不等,不同雌性卵在任何观察日的存活率差异较小。在这两种卵质量决定因素中,考虑到不同雌性卵在质量差异方面表现出的巨大差异,孵化率被认为是更合适的。微孔板法似乎是评估猫鼬卵质量的合适工具,也可推广到其他物种。关键词:鲶鱼 卵质量 孵化率 微孔板
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