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The Present Status of Available Genetic Information for Avian Species Distributing in Japan and on the List of 'Nationally Endangered Species of Wild Fauna and Flora'

机译:日本鸟类分布的可用遗传信息的现状以及“野生动植物国家濒危物种”清单上的信息

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As of 2014, 89 species have been legally designated as "nationally endangered species of wild fauna and flora," including 37 avian species in Japan. To facilitate the breeding of endangered species and the maintenance of protected habitats, a program for the rehabilitation of natural habitats and maintenance of viable populations is being established by the Ministry of the Environment and other related ministries for 49 of the species on the above list. The programs have already been established for 15 such avian species, and are currently managed by zoos or local authorities. Maintaining genetic diversity is necessary to ensure the stable procreation of endangered species. A decline in breeding potential due to inbreeding can be prevented by careful maintenance of genetic diversity. In addition to the prevention of inbreeding depression, the maintenance of genetic diversity safeguards species' resistance to pathogens, as well as their capacity to cope with environmental change. This manuscript reports on the status of currently available genetic information for nationally endangered avian species in Japan, with a particular focus on the 15 species included in the conservation and propagation program. In the NCBI "Nucleotide" database, 315 entries were related to sequence information from the 15 endangered species. Mitochondrial DNA-related sequences constituted 238 (75.6%) of these entries. In the NCBI "Genome" database, genome sequence entries for three species were found. As is the case with mitochondrial DNA, microsatellite loci are very useful for endangered species conservation to evaluate genetic diversity. However, information about the endangered avian species' microsatellite makers is limited. This situation could have a considerable negative impact on captive breeding projects in particular. Hence, the development of microsatellite markers for these species is a priority.
机译:截至2014年,合法定为“野生动植物国家濒危物种”的有89种,其中日本有37种。为了促进濒危物种的繁殖和保护生境,环境部和其他有关部委正在针对上述清单中的49个物种制定一项恢复自然生境和维持生存种群的方案。已经为15种此类鸟类制定了该计划,目前由动物园或地方当局管理。维持遗传多样性对于确保濒危物种的稳定繁殖是必要的。通过密切维护遗传多样性可以防止因近交而导致的繁殖潜力的下降。除了防止近亲衰退外,维持遗传多样性还可以保护物种对病原体的抵抗力以及其应对环境变化的能力。该手稿报告了日本国家濒危鸟类目前可获得的遗传信息的状况,特别关注了保护和繁殖计划中所包括的15种物种。在NCBI“核苷酸”数据库中,有315个条目与15种濒危物种的序列信息相关。线粒体DNA相关序列构成这些条目中的238个(75.6%)。在NCBI“基因组”数据库中,找到了三个物种的基因组序列条目。与线粒体DNA一样,微卫星基因座对于评估遗传多样性的濒危物种保护非常有用。但是,有关濒危鸟类的微卫星制造商的信息有限。这种情况尤其会对圈养育种项目产生相当大的负面影响。因此,为这些物种开发微卫星标记是当务之急。

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