Analysed data sets of Next generation sequenced whole genome of chrysopelea ornata: Microsatellites, gene prediction and proteomics for forensic applications.

This study provides the list of microsatellites, genes and protiens in the whole genome of Chrysopelea ornata. A total of 338,108 ideal microsatellites were detected by the utilization of MISA to examine the genome sequence. A study was conducted on the distribution of six SSR categories, which includes mononucleotide, dinucleotide, trinucleotide, tetranucleotide, pentanucleotide, and hexanucleotide repeats. The findings, presented in Table 1, disclose the comparative distribution of each category. Out of the microsatellites that were found, mononucleotide repeats were the most common, making up 33% of all the perfect SSRs. The distribution of SSR categories, following mononucleotide repeats, was as follows: tetranucleotide (24%), dinucleotide (18%), trinucleotide (15%), pentanucleotide (9%), and hexanucleotide (1%). This study enhances the understanding of the distribution of microsatellites in the genome of Chrysopelea ornata. Gene prediction using Augustus identified a total of 156,707 genes. Annotation with UniParc and UniProt databases resulted in 26,195 and 8,510 protein IDs, respectively.本研究提供了金花蛇（Chrysopelea ornata）全基因组中的微卫星、基因与蛋白质列表。本研究借助MISA对该物种的全基因组序列进行检测，共鉴定出338108个完美微卫星。针对单核苷酸、二核苷酸、三核苷酸、四核苷酸、五核苷酸及六核苷酸重复这六类简单重复序列（Simple Sequence Repeat，SSR）的分布特征，本研究开展了系统性分析。如表1所示，本研究揭示了各类SSR的相对分布格局。在所获微卫星中，单核苷酸重复序列最为频发，占所有完美SSR的33%。紧随单核苷酸重复序列之后的各类SSR占比依次为：四核苷酸重复（24%）、二核苷酸重复（18%）、三核苷酸重复（15%）、五核苷酸重复（9%）以及六核苷酸重复（1%）。本研究深化了学界对金花蛇全基因组微卫星分布特征的认知。本研究通过奥古斯都（Augustus）工具进行基因预测，共得到156707个基因。借助UniParc与UniProt数据库完成功能注释后，分别获得26195个与8510个蛋白质编号。