Mladineo IJP

Dataset 1. Characteristics of each repeat type for microsatellites classified as coding or non-coding in A. simplex genome. Average density, coverage and genome content were calculated in respect to total size of genome inspected. Compound microsatellites were here considered as a compact unit and treated as such.
Dataset 2. Characteristics of each repeat type within perfect and compound microsatellites found on A. simplex genome. Average density, coverage and genome content were calculated in respect to total size of genome inspected.
Dataset 3. Parameters of genetic structure of anisakids in the Adriatic Sea inferred by 11 microsatellite loci at overall population level (N=96) and at five designated groups level (popA - popE).
Dataset 4. Pairwise distance of FST between 5 designated anisakid groups (popA - popE) inferred by microsatellite loci (below diagonal) and their p values (above diagonal) significant at p<0.05.

数据集1：A. simplex基因组中，对编码或非编码分类的微卫星的每种重复类型的特点进行了描述。平均密度、覆盖率和基因组含量均以检查的基因组总大小为基准进行计算。复合微卫星在此被视为一个紧凑的单元，并据此处理。
数据集2：描述了A. simplex基因组中发现的完美和复合微卫星的每种重复类型的特点。平均密度、覆盖率和基因组含量均以检查的基因组总大小为基准进行计算。
数据集3：通过11个微卫星位点在总体种群水平（N=96）和五个指定群体水平（popA - popE）上推断出的安尼萨科属的遗传结构参数。
数据集4：通过微卫星位点推断的5个指定安尼萨科属群体（popA - popE）之间的成对FST距离（下三角）及其p值（上三角），其中p值小于0.05被认为具有统计学意义。