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为用微粘合饵料从事大批量苗种生产,日本以真鲷和牙鲆进行了培养试验.采用了各种蛋白源的混合物,而且饵料的氨基酸组成接近仔鱼鱼体的蛋白质组成.2000尾真鲷仔鱼和1000尾牙鲆仔鱼都放置在100L流动海水,水温在18～20℃的培养槽中,历时10天.在开始试验时,微粘合饵料的颗粒为125μm,以后随着仔鱼的长大而进行调整.使用微粘合饵料和少量的鲜活饵料可以维持真鲷和牙鲆仔鱼的生长和存活.因此根据目前研究资料表明,虽然在进行大规模苗种生产之前微粘合饵料还有必要进行改进,但用人工饵料代替鲜活饵料作为养殖仔鱼的饵料是可能的.
In order to produce microprojectile material in high-volume seed production, Japan was experimentally cultivated with red sea bream and Japanese flounder using a mixture of various protein sources and the amino acid composition of the feed approached the protein composition of the larval fish body. Sea bream larvae and 1000 flounder larvae were placed in 100L of flowing seawater and the water temperature was in a culture tank at 18 to 20 ° C for 10 days.At the beginning of the experiment, the particles of the microparticulate bait were 125 μm, Large and adjust the use of micro-bonded bait and a small amount of fresh feed can maintain the growth and survival of the sea bream and flounder larvae Therefore, according to the current study shows that although the micro-stick feed before the large-scale seed production There is a need for improvement, but it is possible to use artificial bait instead of fresh bait as bait for farmed larvae.