Vitality inbreeding method

Abstract

To provide a vitality inbreeding method for avoiding occurrence of diseases and virus due to harmful malformation inbreeding degeneration phenomenon and congenital disorder vitality decrease caused by inbred strain breeding method, inbreeding method, and crossbreeding method.SOLUTION: A hybridization method is based on a rare individual that is produced with a crossbreeding method and is excellent in characteristic heredity vitality.SELECTED DRAWING: None

Description

Technical Field

[0001] The vital-force inbreeding method of the present invention relates to a mating and breeding method aimed at the birth of pigeons with excellent vitality and strong resistance to diseases and viruses, without the occurrence of harms such as malformations, congenital abnormalities, and inbreeding degeneration phenomena that occur in inbred mating methods, inbreeding methods, and hybrid mating methods.

Background Art

[0002] (1) The inbred mating method repeats the sibling mating method with a high blood volume to enhance genetic uniformity and obtain highly accurate research results. However, during the process of continuous inbreeding for several generations, abnormal individuals appear, inbreeding degeneration phenomena occur, and diseases and viruses caused by reduced vitality occur. This greatly affects genetic research and development. (2) The inbreeding method is the genetic development of more excellent individuals by identifying good individuals. However, harms such as malformations and congenital abnormalities occur during the inbreeding breeding stage, and diseases and viruses caused by reduced vitality occur. This hinders the genetic research and development of the target excellent individuals. (3) The hybrid mating method has few occurrences of abnormalities such as harms and malformations, but diseases and viruses caused by reduced vitality occur. However, although rare, there are individuals with excellent characteristics, genetic power, and vitality. Means for solving the problems.

[0003] To eliminate the harms, malformations, inbreeding degeneration phenomena, congenital abnormalities, and diseases and viruses caused by reduced vitality that occur in inbred mating methods, inbreeding methods, and hybrid mating, the vital-force inbreeding method was considered. Pigeons 1986LB11923BC♂ and 1945B411053RC♀, which are excellent in characteristics, genetic power, and vitality and have no common ancestors, are produced by hybrid mating methods. Based on these two rare individuals, mating and breeding are carried out by the vital-force inbreeding method respectively. Until the fourth generation, which is the initial inbreeding method, mating and breeding are carried out within the range of 75% blood volume. After the fifth generation, there is inbreeding of the same individual, and the blood volume becomes even higher. At the stage of reaching the final inbreeding, sibling mating is carried out for one generation only for mating and breeding. The offspring 2013HA08882RC♂ of the base 1986LB11923BC produced by brother-sister mating and the offspring 2015HA00718RC♀ of the base 1945B411053RC are crossbred and produced by utilizing the law of dominance of Gregor Johann Mendel's first filial generation of hybrids. All individuals produced. From this dominant individual that appears dominantly on one side of the father 2013HA08882RC♂, all individuals (23 individuals) of the second and third generations born. No harmful effects, deformities, inbreeding depression phenomena, congenital abnormalities, diseases due to reduced vitality, or occurrence of viruses. The invention's effect of having excellent vitality and being robust against diseases and viruses.

[0004] (1) In the inbred line mating method, in order to eliminate the occurrence of inbreeding depression phenomena, which lead to reduced vitality, diseases, and the occurrence of viruses, the father and mother of the inbred line mating are produced by utilizing the method of inbreeding with similar vitality. By eliminating the occurrence of abnormalities, the individuals produced by brother-sister mating are transformed into individuals with excellent vitality and robustness against diseases and viruses. This individual is further useful for medical research and development. (2) The inbreeding method has harmful effects, deformities, congenital abnormalities, reduced vitality, diseases, and the occurrence of viruses, which hinder the genetic development of the desired excellent individuals. By utilizing the method of inbreeding with similar vitality for the father and mother, the occurrence of abnormal disorders such as harmful effects, deformities, and congenital abnormalities is eliminated, which is useful for the genetic development of the desired excellent individuals. (3) In the hybrid mating method, although the occurrence of abnormal individuals such as harmful effects and deformities is rare, diseases and viruses related to vitality occur. To eliminate this obstacle that hinders the production of excellent individuals, by utilizing the method of inbreeding with similar vitality for production, individuals that are robust against diseases and viruses related to vitality are useful for the genetic development of excellent individuals.

Brief Explanation of the Drawings

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Modes for Carrying Out the Invention

[0006] The following describes the modes for carrying out the present invention. Starting from two rare pigeons with excellent characteristic heritability and vitality produced by a hybrid mating method and having no common ancestors, mate and produce offspring by the method of inbreeding with close relatives of vitality respectively. Up to the fourth generation, which is the initial inbreeding method, mating and production are carried out within the range of 75% blood volume. The sibling mating method with a high blood volume of this characteristic will cause external and internal abnormalities such as deformities and malformations, which will have a great impact on the offspring, resulting in a decrease in vitality and susceptibility to diseases and viruses. From the fifth generation onwards, it becomes inbreeding with the same individual, which is strong inbreeding, and the blood volume increases rapidly, but no abnormal disorders occur. At the stage of reaching the final inbreeding, sibling mating and production are carried out for only one generation. Sibling mating will cause rapid occurrence of adverse effects, deformities, and abnormal disorders from the second generation, resulting in a decrease in vitality and heritability. The offspring of 2013HA08882RC♂, which is a descendant of the foundation 1986LB11923BC♂ produced by brother-sister mating, and 2015HA00718RC♀, which is a descendant of the foundation 1945B411053RC♀, are mated by utilizing the law of dominance of Gregor Johann Mendel's first generation of hybrids. All individuals produced show dominance on the side of the father, 2013HA08882RC♂. The result of utilizing the first generation of hybrids must show only on one side of all individuals. This serves as proof that the father and mother are surely pure. The second and third generations are born from pure individuals with no occurrence of abnormal disorders, excellent vitality, and robustness against diseases and viruses. They have extremely strong vitality and no occurrence of mycoplasmosis, adenovirus disease, salmonellosis, trichomoniasis, and coccidiosis, which would lead to a deterioration of health conditions. They are individuals born with excellent vitality and robustness against diseases and viruses.

Claims

1. A mating method based on individuals with excellent genetic traits, vitality, and viability created through crossbreeding methods

2. A mating method within the range of 75% blood volume up to the fourth generation, which is an initial inbreeding method

3. A mating method of crossbreeding the same individuals from the fifth generation onwards

4. A mating method with only one generation of sibling mating during the final inbreeding

5. A mating method for the second and third generations created from individuals created through mating using the law of dominance and recessiveness of Gregor Johann Mendel's first generation of hybrids

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