2 results about "Argopecten irradians" patented technology

The application discloses a SNP site, a gene and application thereof related to a fast-growing and high-yield trait of Chlamys hirundo. EPDR1 The site is located at 3,885,288 of chromosome 10 (chr10-3885288) of Chlamys hirundo, is in an intron region of the gene and shows T / C base polymorphism, and has significant correlation with the growth trait of Chlamys hirundo. EPDR1 Experimental results show that different genotypes of the site are significantly related to the shell height trait, and TT and TC genotype individuals show obvious growth advantages. In addition, the experiment further proves that inhibiting the expression of the Chlamys hirundo gene can promote the growth of the Chlamys hirundo. EPDR1 Based on the above finding, the SNP site and the gene where the SNP site is located can be used as a key molecular marker and a key gene for breeding of a new Chlamys hirundo variety with fast growth and high yield, and can effectively improve breeding efficiency and accelerate the breeding process of a good variety.

The present application belongs to the technical field of preparation of excellent commercial seed of economic marine shellfish, and particularly relates to a high-efficiency method for preparing interspecific three-way hybrid of Argopecten genus scallop. The method uses a selected and purified male sterile and female fertile hybrid Argopecten mactrolineatus as a female parent, and a restocked Argopecten purpuratus as a male parent, to produce a "Argopecten mactrolineatus Argopecten purpuratus" three-way hybrid scallop commercial seed with hybrid vigor and outstanding stress resistance. The method can realize large-scale, continuous and efficient hybrid seed production, and has the advantages of simple operation, labor saving, low dependence on personnel, and the like. The hybridization rate is increased from less than 30% in the prior art to more than 90%, and the efficiency of interspecific hybrid seed production and the purity of the seed of the protandrous Argopecten genus scallop are significantly improved.