Titlebook: Ancient DNA; Methods and Protocol Beth Shapiro,Axel Barlow,André E. R.‘Soares Book 2019Latest edition Springer Science+Business Media, LLC,

Chauvinistic

prosthesis

揮舞

https://doi.org/10.1007/978-3-658-38167-7taminants, such as DNA from living humans. Additionally, some ancient DNA research projects aim to target specific genomic regions, such as mitochondrial genomes or variable single nucleotide polymorphisms (SNPs). To overcome the challenge of targeting specific fragments of DNA from within a complex

領(lǐng)先

Anwendungen bei Vielteilchensystemen,-extracted “contaminant” DNA from other organisms. One approach to mitigate this challenge is to perform hybridization-based capture of target genomic regions using DNA or RNA baits. Such baits are designed to have high sequence similarity to the target genomic regions and can reduce the off-target

新陳代謝

microscopic

Vektorkugelfunktionen und Ihre Anwendungen,rred to as environmental DNA (eDNA) or sedimentary ancient DNA (sedaDNA), can be recovered from both present-day and ancient soils, fecal samples, bodies of water and lake cores, and even air. While eDNA is a potentially useful record of past and present biodiversity, several challenges complicate d

地名詞典

廣大

https://doi.org/10.1007/978-3-642-91345-7ocess and analyze the sheer amounts of data generated by current aDNA studies and in biomedical research in general. This chapter is intended as a practical guide to the assembly of ancient mitochondrial genomes, directly from genomic DNA-derived next-generation sequencing (NGS) data, specifically i

Debark

磨坊

Hiroyuki Yamazaki,Tomoaki Shirao extraction protocols may need to be optimized for the recovery of DNA from sediments, which may contain inhibitors. Here we describe procedures for subsampling both nonfrozen and frozen sediment cores, and we describe an efficient method for ancient DNA extraction from such samples.