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Full-balanced ultrafine pellet feed for stichopus japonicus larva

A technology of ultra-fine particles and juvenile ginseng, applied in animal feed, animal feed, application, etc., can solve the problems of rough production, short development time, difficulty in meeting the nutritional needs and ecological habits of juvenile sea cucumbers, and achieve cost savings Effect

Active Publication Date: 2014-12-17
QINGDAO QIHAO NUTRITION TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, in the process of sea cucumber cultivation, after a breakthrough in sea cucumber breeding technology, follow-up cultivation is particularly important. In the young sea cucumber stage, it is faced with the conversion of bait and the damage of various disease factors in the sea area. , have added a lot of risks to the cultivation of young sea cucumbers. It can be said that the cultivation of young sea cucumbers is directly related to the success or failure of the entire breeding process.
[0003] The disadvantage of the existing technology is that the existing juvenile japonicus feed is mostly based on the formula of other aquatic animal feeds, and it is difficult to meet the nutritional needs and ecological habits of japonicus juveniles
The entire development time is relatively short, and the development of young sea cucumber feed and the production of compound feed are still rough

Method used

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  • Full-balanced ultrafine pellet feed for stichopus japonicus larva

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0017] To prepare 1,000 grams of full-balanced ultrafine particle feed for young sea cucumbers, first prepare 400 grams of protein components, including 140 grams of white fish meal, 140 grams of red fish meal, 40 grams of krill meal, 20 grams of soybean meal hydrolyzed small peptides, and 40 grams of scallop meal , 20 grams of whey protein.

[0018] Then prepare 90 grams of starch components, including 27 grams of high-gluten flour, 27 grams of α-starch, and 36 grams of tapioca flour, and mix well to form the starch components.

[0019] Then prepare 50 grams of oil, including 20 grams of soybean lecithin, 20 grams of marine fish oil, and 10 grams of palm oil.

[0020] Then prepare 30 grams of bacterial components, including 15 grams of marine rhodobacter, 6 grams of brewer's yeast, and 9 grams of photosynthetic bacteria.

[0021] Prepare 20 grams of multivitamins, the composition and content of which are 0.4 grams of vitamin B 1 ; 0.4 g vitamin B 2 ; 1 g vitamin B 6 ; 0.4...

Embodiment 2

[0030] To prepare 1000 grams of full-balanced ultrafine particle feed for young sea cucumbers, first prepare 300 grams of protein components, including 120 grams of white fish meal, 135 grams of red fish meal, 15 grams of krill meal, 9 grams of soybean meal hydrolyzed small peptides, and 12 grams of scallop meal , 9 grams of whey protein.

[0031] Then prepare 80 grams of starch components, including 32 grams of high-gluten flour, 32 grams of α-starch, and 24 grams of tapioca flour, and mix well to form the starch components.

[0032] Then prepare 40 grams of oil, including 16 grams of soybean lecithin, 16 grams of marine fish oil, and 8 grams of palm oil.

[0033] Then prepare 30 grams of bacterial components, including 12 grams of marine rhodobacter, 9 grams of brewer's yeast, and 9 grams of photosynthetic bacteria.

[0034] Prepare 20 grams of multivitamins, the composition and content of which are 0.4 grams of vitamin B 1 ; 0.4 g vitamin B 2 ; 1 g vitamin B 6 ; 0.4 g ...

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Abstract

The invention discloses a full-balanced ultrafine pellet feed for stichopus japonicus larva. The full-balanced ultrafine pellet feed comprises following ingredients, by weight, 30 to 40% of protein, 2 to 15% of starch, 3 to 7% of grease, 1 to 3% of composite vitamin, 1 to 5% of composite mineral, 1 to 3% of bacteria, 35 to 50% of algae and 1 to 6% of Chinese herbal medicine. According to the full-balanced ultrafine pellet feed, feeding characteristics of stichopus japonicus larva under natural conditions are simulated, the requirements of stichopus japonicus larva for key nutrition ingredients are taken into consideration, so that comprehensive and balanced ratio of nutrition ingredients is designed for the growth of stichopus japonicus larva. It is shown by production test of the full-balanced ultrafine pellet feed that, survival rate and weight gain rate of the application of the full-balanced ultrafine pellet feed are both higher than that of the application of existing stichopus japonicus mixed feed of common brands.

Description

technical field [0001] The invention belongs to the technical field of feed preparation for aquaculture, and in particular relates to a full-balanced ultrafine particle feed for young sea cucumbers, which is suitable for feeding young sea cucumbers to meet their nutritional needs. Background technique [0002] As a traditional nourishing seafood, sea cucumber is very popular among consumers. In recent years, the cultivation of marine treasures represented by sea cucumbers has been carried out in full swing in northern my country, and has become the main species in the wave of marine aquaculture. Especially in most of the mariculture areas of Shandong Province and Liaoning Province, sea cucumber has been cultivated in large quantities as a sea treasure, forming an important industry, which not only drives the development of local economy, but also enriches people’s food on the table. The types of seafood have been widely valued. However, in the process of sea cucumber culti...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): A23K1/18
Inventor 陈京华肖林栋刘宝娟江克军
Owner QINGDAO QIHAO NUTRITION TECH
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