The only problem is can you actually sequence DNA just by looking at As and Gs?” commented Gilbert. They then started looking into chemical reagents that might be able to selectively attack Cs or Ts.

“First Generation” DNA Sequencing NHGRI defines DNA sequencing ... has allowed for smaller DNA sample sizes, less chemical reagents and the ability to run multiple DNA samples in parallel.

The field of DNA sequencing technology development has ... of a Sanger sequencing approach include major costs beyond just reagents. These include robotic support of reagents, processing of ...

Here, we developed a DNA sequencing system – a microdevice for DNA manipulation, sequencing kit reagents, imaging system, and data analysis software – that is capable of sequencing base-by-base from ...

Xgenomes technology works by unzipping strands of DNA and then sequencing the strands concurrently ... Samples are treated with reagents that are then excited by lasers. XGenomes tech then ...

“Whether you are an established next-generation sequencing lab ... The devices rely on the set of DNA reagents, dyes and polymerases that Illumina has dubbed XLEAP-SBS, which was rolled out ...

Ultima Genomics, an upstart some observers have called a “dark horse” in the world of DNA sequencing ... up to 20,000 human genomes a year. The reagents required to operate the instrument ...

“There are no reagent costs or optical instruments needed to read fluorescent tags. The thing gets done faster.” The DNA transistor is on track to supply a complete genome sequence within the ...

In the realm of DNA sequencing, technology developers are ... providing panels and reagents to life science researchers. DNAnexus, meanwhile, has developed artificial intelligence tools to sift ...

The company, which controls around 80 percent of the DNA sequencing market globally ... flow cells to increase data yield and new chemical reagents, which enable faster reads of bases.