Cunningham Christopher B, Benowitz Kyle M, Moore Allen J
Department of Entomology University of Georgia Athens Georgia USA.
College of Integrative Sciences and Arts, Arizona State University Mesa Arizona USA.
Ecol Evol. 2024 Dec 9;14(12):e70601. doi: 10.1002/ece3.70601. eCollection 2024 Dec.
Understanding the evolution of social behavior requires establishing links between genomes and social phenotypes. High quality genomic resources from a diverse set of social species are required for both broad scale comparative genomic analyses and targeted functional genomic experiments and are therefore crucial for this goal. Here, we report on an updated genome for the burying beetle , an evolutionary and genomic model species for social behavior and parental care. The new assembly used PacBio sequencing reads and long read assemblers. This version of the genome greatly improves the continuity of the assembly and added new annotations, particularly lncRNA's. These updates will allow this resource to continue to be useful for newer functional genomic techniques. This improved assembly will also keep a valuable comparative genomic resource. Updating genomic resources will continue to allow the field to make discoveries about the evolution of complex phenotypes, such as parental care.
理解社会行为的进化需要在基因组和社会表型之间建立联系。开展大规模比较基因组分析和靶向功能基因组实验都需要来自多种社会物种的高质量基因组资源,因此这对于实现该目标至关重要。在此,我们报告了埋葬虫的更新基因组,埋葬虫是社会行为和亲代抚育方面的进化及基因组模型物种。新的组装使用了PacBio测序读数和长读长组装工具。这个基因组版本极大地提高了组装的连续性,并增加了新的注释,特别是长链非编码RNA的注释。这些更新将使该资源继续对更新的功能基因组技术有用。这个改进的组装也将保留一份有价值的比较基因组资源。更新基因组资源将继续使该领域能够发现复杂表型(如亲代抚育)的进化情况。