Open-mouthed bait for raising aquatic fry and its production process

A technology of opening bait and production method, which is applied in the field of feed, can solve problems such as indigestion, affecting health, and high hatching rate, and achieve the effect of low cost and enhancing immunity

Inactive Publication Date: 2004-11-24
SHANGHAI BANGNONG BIOTECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Artemia is currently the fresh bait for more than 85% of aquaculture animal seedlings in the world, and Artemia has many different geographical strains, and the genetic characteristics and production performance of Artemia eggs of each strain are different. The rapid development of the artemia industry has greatly promoted the development and utilization of artemia resources around the world. However, after the artemia eggs of these strains are processed into artemia egg products, the hatching rate of artemia eggs will decline rapidly in the short term. Although the resources of Artemia eggs are very rich, most of them are located in salt lakes in alpine regions, where there is a large amount and low hatching rate. Therefore, most of the Artemia eggs produced in t

Method used

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  • Open-mouthed bait for raising aquatic fry and its production process
  • Open-mouthed bait for raising aquatic fry and its production process

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0030] a. After sterilizing and rinsing 65kg of shelled artemia eggs, they are cut by a high-speed shear and crushed to a particle size of about 50 μm for later use;

[0031] b. Grind 8kg of fishmeal and 5kg of plant protease to 50μm respectively, and set aside;

[0032] c. After 5kg of seaweed colloid is measured, it is dissolved in 20kg of 40°C hot water and stirred evenly for later use;

[0033] d. After measuring 3kg of gelatin, dissolve it in 10kg of 50°C hot water and stir well for later use;

[0034] e. After measuring 3kg of donkey-hide gelatin, dissolve it in 10kg of 50℃ hot water and stir well for later use;

[0035] f. 6kg of lecithin is used for later use, and 5kg of highly unsaturated fatty acid is measured and added with 10g of antioxidant for later use;

[0036] g. After mixing the spare materials in the above-mentioned steps a, b, c, d, e, and f, they are sheared and emulsified into a homogeneous liquid state by a high-speed shear emulsifier, and then pumped ...

Embodiment 2

[0039] a. After sterilizing and rinsing 70kg of shelled artemia eggs, they are cut by a high-speed shear and crushed to a particle size of about 50 μm for later use;

[0040] b. Grind 5kg of fish meal and 5kg of plant protease to 80μm respectively, and set aside;

[0041] c. After 5kg of seaweed colloid is measured, it is dissolved in 20kg of hot water at 38°C and stirred evenly for later use;

[0042] d. After measuring 3kg of gelatin, dissolve it in 10kg of hot water at 45°C and stir evenly for later use;

[0043] e. After measuring 2kg of donkey-hide gelatin, dissolve it in 10kg of hot water at 50°C and stir evenly for later use;

[0044] f. Measure 3kg of lecithin for standby, 5kg of premix for standby, 2kg of highly unsaturated fatty acid and add 6g of antioxidant treatment for standby;

[0045] g. After mixing the spare materials in the above-mentioned steps a, b, c, d, e, and f, they are sheared and emulsified into a homogeneous liquid state by a high-speed shear emul...

Embodiment 3

[0048] a. After sterilizing and rinsing 75kg of shelled Artemia eggs, cut them with a high-speed shear and crush them to a particle size of about 50 μm for later use;

[0049] b. Grind 5kg of fishmeal and 5kg of plant protease to 50μm respectively, and set aside;

[0050] c. After 5kg of seaweed colloid is measured, it is dissolved in 20kg of hot water at 35°C and stirred evenly for later use;

[0051] d. After measuring 2kg of gelatin, dissolve it in 10kg of hot water at 48°C and stir evenly for later use;

[0052] e. After measuring 3kg donkey-hide gelatin, dissolve it in 10kg hot water at 45°C and stir well for later use;

[0053] f. Measure 3kg of lecithin for standby, 2kg of highly unsaturated fatty acid and add 10g of antioxidant treatment for standby;

[0054]g. After mixing the spare materials in the above-mentioned steps a, b, c, d, e, and f, they are sheared and emulsified into a homogeneous liquid state by a high-speed shear emulsifier, and then pumped into a spra...

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Abstract

The open-mouthed bait for raising aquatic fry consists of shelled brine shrimp egg, alginate jelly, gelatin, ass-hide gelatin, lecithin, unsaturated fatty acid, fish meal and plant protein. Brine shrimp egg as the main material contains rich amino acids, lecithin, lipoid and other nutritive components and is fond for fish, shrimp and crab. The bait is produced through created technological process and the bait microcapsule is water insoluble, enable to float in water, and easy to digest by aquatic fry.

Description

Technical field: [0001] The invention relates to the technical field of feed, in particular to an opening bait for raising seedlings mainly used for fish, shrimp / crab aquatic products and a preparation method thereof. Background technique: [0002] Artemia is currently the fresh bait for more than 85% of aquaculture animal seedlings in the world, and Artemia has many different geographical strains, and the genetic characteristics and production performance of Artemia eggs of each strain are different. The rapid development of the artemia industry has greatly promoted the development and utilization of artemia resources around the world. However, after the artemia eggs of these strains are processed into artemia egg products, the hatching rate of artemia eggs will decline rapidly in the short term. Although the resources of Artemia eggs are very rich, most of them are located in salt lakes in alpine regions, where there is a large amount and low hatching rate. Therefore, most...

Claims

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Application Information

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IPC IPC(8): A23K50/80
CPCY02A40/818
Inventor 魏阿根
Owner SHANGHAI BANGNONG BIOTECH
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