1、using complete plastomes as superbarcodes”为题发表于国际植物学期刊Frontiers in Plant Science上,研究工作得到了国家科技基础;中国药科大学李萍陆续团队近期在Food Chemistry期刊发表了题为“Comparative plastomes of eight subgenus Chamaesyce。
2、Swapping of plastomes between the three different genomic groups, EDF+, T+, S+, probably resulted from random backcrossing;plastomes obtained from GenBank, representing 24 genera of Lauraceae and 17 related families of angiosperms, plus nine barcodes from 19 additional species;plastomes and nrDNA sequences can contribute to intrageneric phylogenetic resolution in FargesiaHowever,neither of these sequences were able to;we found that Passiflora plastomes have experienced multiple independent and shared inversions, gene and introns losses and inverted repeat expansion and。
3、and flexible batch annotation of plastomes”为题在国际植物方法学重要期刊Plant Methods上在线发表曲小健博士现在山东师范大。
4、plastomes were found to be highly similar in overall size 156 243–157 578 bp, structure, gene order, and content Our phylogenomic analysis of the;of information about fern plastomes, places this research as a valuable study on the analysis of the diversity of plastomes throughout fern evolution Gene;In this study, the plastomes of D huoshanense were used as a model system to investigate the hypothesis that plastomic mutational hotspot regions could 本文共12页 Orchid。
5、Ebenaceae plastomes Insights into genomic features,mutational hotspots, and adaptive evolution”的研究文章该文章利用Illumina;Plastomes in angiosperms contain highly conserved as well as variable regions 12 , therefore these genomes have been widely used to address phylogenetic。
还没有评论,来说两句吧...