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Cultivation method for subtropic trimolters

A breeding method and technology of three-mian silkworm, applied in the direction of animal husbandry and so on

Active Publication Date: 2015-01-21
JIANGSU HUAJIA SILK +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0006] And the inventor found that, although the energy-saving and high-yield sericulture method reported in the above-mentioned open literature can effectively shorten the sericulture cycle, the three-drowning silkworm grows unstable, resulting in The quality and fineness of silkworms are not as good as old ones. When the summer temperature is high, the incidence of silkworms is high and the safety is low.

Method used

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  • Cultivation method for subtropic trimolters
  • Cultivation method for subtropic trimolters

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Embodiment 1

[0023] Breeding methods of subtropical three-drowning silkworms, including breed selection, adjustment to adapt to subtropical climate, and breeding management;

[0024] The breeding of the variety and the adjustment to adapt to the subtropical climate are based on the use of Chinese patent: application number: 201210468038.2, applicant: Suji silkworm breeding farm in Sichuan Province, "Using the dominant three sleep silkworm gene M 3 The method for breeding new varieties of Bombyx mori Sanmian silkworm "Breeded three-mian silkworm and silkworm hybrid offspring in subtropical regions are separated, bad individuals and moth areas are eliminated, and excellent three-mian silkworm individuals and moth areas are retained for re-selection to make them Adapt to the tropical and subtropical climate and the local mulberry leaves until the excellent traits are stable and can adapt to subtropical breeding, and then continue to breed silkworm eggs repeatedly as a fixed species;

[0025] ...

Embodiment 2

[0031] The cultivation method of subtropical three sleep silkworms, including the selection of varieties, the adjustment to adapt to subtropical climate and the cultivation management; the selection of varieties and the adjustment to adapt to subtropical climate are based on Chinese patent: application number: 201210468038.2, applicant: Sichuan Suji silkworm breeding farm in the province, "Using the dominant three sleep silkworm gene M 3 The Sanmian silkworm bred in the "Method for Breeding a New Variety of Silkworm Sanmian Silkworm" was selected from the hybrid offspring of the silkworm "Guild Silkworm No. In the moth area, keep the excellent three-drowning silkworm individuals and the moth area for reselection until the excellent traits are stable and can adapt to subtropical breeding, and then use this as a fixed species to repeatedly continue to breed silkworm eggs; the breeding management includes: harvesting ants , Silkworm ant feeding, sleep management, silkworm feeding...

Embodiment 3

[0037] The cultivation method of subtropical three sleep silkworms, including the selection of varieties, the adjustment to adapt to subtropical climate and the cultivation management; the selection of varieties and the adjustment to adapt to subtropical climate are based on Chinese patent: application number: 201210468038.2, applicant: Sichuan Suji silkworm breeding farm in the province, "Using the dominant three sleep silkworm gene M 3 The Sanmian silkworm bred in the "Method for Breeding a New Variety of Silkworm Sanmian Silkworm" was selected from the hybrid offspring of the silkworm "Guild Silkworm No. In the moth area, keep the excellent three-drowning silkworm individuals and the moth area for reselection until the excellent traits are stable and can adapt to subtropical breeding, and then use this as a fixed species to repeatedly continue to breed silkworm eggs; the breeding management includes: harvesting ants , Silkworm ant feeding, sleep management, silkworm feeding...

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Abstract

The invention discloses a cultivation method for subtropic trimolters. The cultivation method comprises breeding, adjustment suitable for the subtropical climate and cultivation management. Breeding and adjustment suitable for the subtropical climate comprise the steps of carrying out separation after conducting filial generation by utilizing the trimolter breed of a silkworm egg station in Suji, Sichuan province and 'Gui silkworm No. 2' Bombyx mori, in the subtropical area, cultivated by the Guangxi sericulture technology popularization master station, eliminating bad individuals and interbatches, maintaining and cultivating excellent trimolter individuals and interbatches for further selection till the excellent properties are stable and the trimolters can be adapted to cultivation in the subtropical area, and silkworm eggs are continuously bred repeatedly with the excellent trimolter individuals serving as the fixed breed afterwards. The cultivation management comprises gathering of newly hatched silkworms, feeding the newly hatched silkworms, managing sleep, feeding the silkworms after the silkworms wake and conducting mounting cocooning frame management.

Description

technical field [0001] The invention relates to a silkworm breeding method, in particular to a subtropical Sanming silkworm breeding method. Background technique [0002] Mulberry silkworm (Bombyx mori) is an insect that is domesticated by moving the ancient wild silkworm indoors, and uses mulberry leaves as food. Silkworms eat leaves and grow to form cocoons on mature silkworms. During the whole growth and development process, it has its own regularity. [0003] The silkworm and the external environment are a unified and inseparable whole. The growth and development of silkworms are directly related to environmental conditions such as mulberry leaves, temperature, humidity, and air. The general silkworm breeding cycle is 25 days to 30 days, and the fifth instar silkworm spins silk and cocoons. Silkworms breed with eggs, and new organisms are formed inside the eggs. The larvae that form inside the egg hatch by biting the eggshell. The larvae that have just emerged from t...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01K67/04
CPCA01K67/04
Inventor 俞金键樊文华何金华谈金麒
Owner JIANGSU HUAJIA SILK
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