Information collection and measurement system used in hybrid seed production of carp and measurement method

Abstract

The invention belongs to the technical field of hybrid seed production, and discloses an information collection and measurement system used in hybrid seed production of carp and a measurement method.The information collection and measurement system used in hybrid seed production of the carp comprises a species numbering module, an information registration module, a central processing module, a purity identification module, a matching hybridization module, an accounting module, a data storage module and a display module. Through the purity identification module, the purity of hybrid seeds canbe quickly identified, the identification time is short, the cost is low, it is not required that a testing person has specialized knowledge, and the system is convenient to use. Through the species numbering module, the information registration module, the matching hybridization module and the accounting module, a perfect management mechanism is provided, so that a method and processes of the hybrid seed production of the carp are easily standardized, the hybrid seed production efficiency is improved, and a parent and a good variety which are rich in hereditary basis and good in combining ability and gather more favorable genes are easily bred.

Description

technical field [0001] The invention belongs to the technical field of hybrid seed production, and in particular relates to an information collection and measurement system and a measurement method for crucian carp hybrid seed production. Background technique [0002] Crossbreeding is a method of obtaining individuals whose parental genes are recombined through the mating of individuals of different genotypes. In general, the process of achieving this goal through the fusion of germ cells is called hybridization; and the process of achieving this result through the fusion of somatic cells is called somatic cell hybridization. However, most of the existing research needs to analyze the germ cells after breaking them, which cannot realize non-destructive and real-time detection of germ cells, and has not studied whether different species of animals can be separated from the female parent after hybridization; In-depth and systematic research on quasi-hybrid germplasm resources...

AI Technical Summary

Problems solved by technology

[0004] (1) Most of the existing research needs to analyze the germ cells after breaking them, which cannot realize non-destructive and real-time detection of germ cells, and has not studied whether different types of fish can be separated from the female parent after hybridization; at the same time, due to information storage and classification It is not clear that artificial management methods cannot be used to conduct in-depth and systematic research on fish hybrid germplasm resources, which is not conducive to the selection of parents and excellent varieties with rich genetic foundation, more favorable genes, and good combining ability

[0005] (2) The currently used display cannot correct the color gamut, and the display pixels and brightness are low, so it is impossible to observe the information of crucian carp hybridization and fish eggs

[0006] (3) The central processing unit currently used is slow in data processing, has a large iteration value, and has low work efficiency

[0007] In signal processing, the interference management of wireless networks does not consider multi-dimensional features, and the management efficiency is low

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