Gorbachev V V, Chernoivanova L A, Panfilova P N, Trofimov I K, Batanov R L, Chikilev V G, Bonk A A, Nekhaev I O, Solovenchuk L L, Vakatov A V
Genetika. 2012 Sep;48(9):1091-7.
Eleven samples of Pacific herring from the four seas of Eurasia (Sea of Japan, Sea of Okhotsk, Bering Sea, and White Sea), and one sample of Atlantic herring were analyzed. Complete and partial sequences of the mtDNA control region with the sizes up to 1071 bp were used. To verify the haplogroups identified, additional sequencing of the cytochrome oxidase I gene was performed. It was demonstrated that Pacific herring from the seas of Eurasia belonged to one mitochondrial haplogroup. The gene flow between the localities from different parts of the Far Eastern sea basins was about 11% per locality, per generation, which led to constant leveling of herring intraspecific differentiation. The data presented gave no reasons for subdivision of the herring populations in accordance to ecological characters (lacustrine and marine). Analysis of global molecular variance (global AMOVA) demonstrated that in Asian water basins, more than 98% of molecular polymorphism was found within the samples at the low level of significance (p < 0.05).
对来自欧亚大陆四个海域(日本海、鄂霍次克海、白令海和白海)的11个太平洋鲱鱼样本以及1个大西洋鲱鱼样本进行了分析。使用了长度达1071 bp的线粒体DNA控制区的完整和部分序列。为了验证所鉴定的单倍群,对细胞色素氧化酶I基因进行了额外测序。结果表明,来自欧亚海域的太平洋鲱鱼属于一个线粒体单倍群。远东海盆不同区域之间的基因流约为每区域、每代11%,这导致鲱鱼种内分化不断趋于平均。所呈现的数据没有理由依据生态特征(湖泊型和海洋型)对鲱鱼种群进行细分。全球分子方差分析(全局AMOVA)表明,在亚洲水域流域,在低显著性水平(p < 0.05)下,样本内发现了超过98%的分子多态性。