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Biased heteroplasmy within the mitogenomic sequences of Gigantometra gigas revealed by sanger and high-throughput methods
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作者 Xiaoya Sun Yanhui Wang +7 位作者 Pingping Chen Hesheng Wang Lixiang Lu Zhen Ye Yanzhuo Wu Teng Li Wenjun Bu Qiang Xie 《Zoological Systematics》 CSCD 2018年第4期356-386,共31页
Few studies have explored the differences between Sanger and HTS methods in the results of mitogenome sequencing.We used a single individual of insect to study the differences between the sequences given by Sanger and... Few studies have explored the differences between Sanger and HTS methods in the results of mitogenome sequencing.We used a single individual of insect to study the differences between the sequences given by Sanger and PCR-free HTS methods.Here we provided evidence for biased results of sequencing due to different methods in the mitochondrial genes of atp6,atp8,cox1,cox2,cox3,Cytb,nad2,nad3,nad4,nad5,rrn S,rrnL,trnH,trn I,and control region at various degrees.Especially,in cox1,the differently sequenced nucleotides account for 2.6%of the complete length.Furthermore,the highest value of the intraspecific genetic distance based on K2 P accounts for 2.5%using a barcode fragment size of cox1(651 bp,Sanger),while the maximum distance of the corresponding cox1 fragment obtained by the two sequencing methods was 5.0%.We revealed that the methods of Sanger and HTS may give different sequencing results of mitochondrial genes,which may reflect the heteroplasmy of mitogenomes within an insect individual.Therefore,researchers should be very cautious in using the mixed data of a gene given by different methods of sequencing. 展开更多
关键词 Sanger and high-throughput sequencing MITOGENOME coxl CO1 heteroplasmy giant water strider
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