Not exact matches
This new
sequencing approach can be used for any DNA that is too fragmented to be
read well through more traditional
methods.
The new study, led by Johannes Krause, a geneticist at the Max Planck Institute for the Science of Human History in Jena, Germany, used next - generation
sequencing methods to
read stretches of any DNA present in a sample and fish out those that resembled human DNA.
The single - cell technique is better at detecting subtle mosaicism than usual DNA
sequencing methods, which
sequence many thousands or millions of cells mixed together and
read out an average for the sample.
Using this
method, the researchers
sequenced enough
reads to cover the entire length of the Y chromosome about 450 times.
Then in the early 1990s, Katherine Cullen and a team at Vanderbilt University developed a
method to artificially fuse pieces of DNA that are nearby in the nucleus — a seminal feat that made it possible to analyze the ultrafolded structure of DNA merely by
reading the DNA
sequence.
And they figured they could
read the address using
methods akin to next - generation DNA
sequencing, a set of high - speed genome
sequencing methods Church helped develop in the early 2000s.
The third is a
method implemented by Reich for
reading the genetic codes of 1.2 million carefully chosen variable parts of DNA (known as single nucleotide polymorphisms) rather than having to
sequence entire genomes.
Modern genome
sequencing methods make it relatively easy to
read the individual «letters» in DNA, but only in short fragments.
DIGGING FOR DNA See full infographic: JPG © LUCY
READING - IKKANDAIn addition to the DNA extraction and isolation improvements, Meyer and his colleagues accomplished the unprecedented feat by using a homegrown single - stranded library preparation
method to ready the DNA for
sequencing.
Using simulations, we show the
method is accurate across a variety of
read lengths, with different length reference
sequences, at different sample depths, and when samples contain
reads originating from organisms absent from the reference.
Our
method, based ideally on 20x and 50x of NaS and Illumina
reads respectively, provides an efficient and cost - effective way of
sequencing microbial or small eukaryotic genomes in a very short time even in small facilities.
The
method enables use of widely available short -
read DNA
sequencing platforms to study long single molecules within a complex sample, without losing information of physical connection between
sequencing reads from each molecule of origin.
We mapped
sequencing reads to the Nvit1.0 assembly [15] using a TopHat2 [45] and Stampy [46], and then mapped
reads which failed to align to the genome against the OGSv2 predicted transcriptome with bowtie2 [47] to improve mapping sensitivity (see
methods for details).
During the pilot phase, the Project is analysing Illumina short -
read sequence data on 2,512 samples from multiple locations in Africa and Asia, together with laboratory samples for benchmarking and
methods development.
Here, we present a
method, called MrMosaic, to detect structural mosaic abnormalities using deviations in allele fraction and
read coverage from next - generation
sequencing data.
Genome
sequencing has become a powerful tool for studying emerging infectious diseases; however, genome
sequencing directly from clinical samples without isolation remains challenging for viruses such as Zika, where metagenomic
sequencing methods may generate insufficient numbers of viral
reads.
Unlike other
methods, which
read chunks of DNA perhaps a hundred or so base pairs in length, the MinION can
read sequences as long as 882,000 base pairs in length using the nanopore technology.
Read and interpret blueprints, sketches, and / or product specifications to determine
sequence and
methods of fabrication, assembling, and installing products.
• Able to
read and interpret sketches, blueprints and isometric plans and drawings to lay out piping plans • Competent in planning the
sequence of installations in order to avoid obstructions • Hands - on experience in installing pipe and related materials and equipment, including supports, hangers and hydraulic cylinders • Determines required equipment and welding
methods by applying expertise in metallurgy and geometry