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Identification SNPs in vitellogenin gene and their association with ovarian development and growth of Macrobrachium nipponense

Identification SNPs in vitellogenin gene and their association with ovarian development and... In this study, the correlation analysis between gonadosomatic index and growth traits of M. nipponense was carried out for the first time. The results proved that short sexual maturity M. nipponense had a significant negatively effect on the female prawn size (p < 0.01) but had almost no effect on the male (p > 0.05). The full‐length Vitellogenin gene of M. nipponense (Mn‐Vg) were applied to detect polymorphism and the correlation between SNP and ovarian development. The total length of Mn‐Vg was 10,038 bp, including 14 exons and 13 introns. 31 candidate SNP loci of Mn‐Vg were identified and the genetic diversity of these loci in the M. nipponense population was moderate polymorphism. The correlation between Mn‐Vg SNPs and ovarian development was further investigated. 6 SNPs were significantly correlated with female GSI. The genotype CC in C+948A, GG in G+1209A, AG in A+1879G, TT and AT in T+4458A, AT in A+7080A and AA in A+9435G are significantly associated with rapid ovary maturation. Further statistical analysis results between SNPs and female growth index showed five SNP loci were significantly associated with female growth traits. Three of them significantly associated with ovarian maturation (C+948A, T+4458A and A+9435G). By comparison, genotype TT in T+4458A was significantly positively correlated with both ovary development and growth traits. The results will provide a basis for marker‐assisted breeding of M. nipponense, as well as sustainable development of aquaculture and large‐scale breeding. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Aquaculture Research Wiley

Identification SNPs in vitellogenin gene and their association with ovarian development and growth of Macrobrachium nipponense

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Publisher
Wiley
Copyright
Copyright © 2022 John Wiley & Sons Ltd.
ISSN
1355-557X
eISSN
1365-2109
DOI
10.1111/are.16117
Publisher site
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Abstract

In this study, the correlation analysis between gonadosomatic index and growth traits of M. nipponense was carried out for the first time. The results proved that short sexual maturity M. nipponense had a significant negatively effect on the female prawn size (p < 0.01) but had almost no effect on the male (p > 0.05). The full‐length Vitellogenin gene of M. nipponense (Mn‐Vg) were applied to detect polymorphism and the correlation between SNP and ovarian development. The total length of Mn‐Vg was 10,038 bp, including 14 exons and 13 introns. 31 candidate SNP loci of Mn‐Vg were identified and the genetic diversity of these loci in the M. nipponense population was moderate polymorphism. The correlation between Mn‐Vg SNPs and ovarian development was further investigated. 6 SNPs were significantly correlated with female GSI. The genotype CC in C+948A, GG in G+1209A, AG in A+1879G, TT and AT in T+4458A, AT in A+7080A and AA in A+9435G are significantly associated with rapid ovary maturation. Further statistical analysis results between SNPs and female growth index showed five SNP loci were significantly associated with female growth traits. Three of them significantly associated with ovarian maturation (C+948A, T+4458A and A+9435G). By comparison, genotype TT in T+4458A was significantly positively correlated with both ovary development and growth traits. The results will provide a basis for marker‐assisted breeding of M. nipponense, as well as sustainable development of aquaculture and large‐scale breeding.

Journal

Aquaculture Research – Wiley

Published: Dec 1, 2022

Keywords: Macrobrachium nipponense; ovary maturation; single nucleotide polymorphism; vitellogenin

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