Celestino Patricia Borges Santos, de Carvalho Lydston Rodrigues, de Freitas Leandro Martins, Dorella Fernanda Alves, Martins Natalia Florêncio, Pacheco Luiz Gustavo Carvalho, Miyoshi Anderson, Azevedo Vasco
Department of Botany and Microbiology, Ohio Wesleyan University, Delaware, OH, USA.
Genet Mol Res. 2004 Sep 30;3(3):421-31.
Since the Haemophilus influenzae genome sequence was completed in 1995, 172 other prokaryotic genomes have been completely sequenced, while 508 projects are underway. Besides pathogens, organisms important in several other fields, such as biotechnology and bioremediation, have also been sequenced. Institutions choose the organisms they wish to sequence according to the importance that these species represent to them, the availability of the microbes, and based on the similarity of a species of interest with others that have been sequenced previously. Improvements in sequencing techniques and in associated methodologies have been achieved; however, scientists need to continue working on the development of this field. In Brazil, a multicentered, centrally coordinated and research-focused network was adopted and successfully used for the sequencing of several important organisms. We analyzed the current status of microbial genomes, the trends for criteria used to choose new sequencing projects, the future of microbial sequencing, and the Brazilian genome network.
自1995年流感嗜血杆菌基因组序列完成以来,又有172个原核生物基因组被完全测序,同时还有508个项目正在进行中。除了病原体,在生物技术和生物修复等其他几个领域具有重要意义的生物也已被测序。各机构根据这些物种对它们的重要性、微生物的可获得性以及感兴趣物种与先前已测序物种的相似性来选择他们想要测序的生物。测序技术及相关方法已取得改进;然而,科学家们仍需继续致力于该领域的发展。在巴西,一个多中心、集中协调且以研究为重点的网络被采用,并成功用于对几种重要生物的测序。我们分析了微生物基因组的现状、用于选择新测序项目的标准趋势、微生物测序的未来以及巴西基因组网络。