Next-generation DNA sequencing has started a revolution ... The theoretical potential of nanopore sequencing to achieve the rapid, cost-effective sequencing is undeniable.

As sequencing costs come down, researchers want to get more data from their samples. “It is becoming standard practice to look at both RNA and DNA,” says Brian Dugan, senior director ...

However, high costs and data interpretation difficulties pose challenges to the sector. The global DNA sequencing market is projected to hit $34.8b by 2029, with a compound annual growth rate of ...

Keith Meister, Corvex Management's chief investment officer, will join Illumina's board starting March 28. He's no stranger ...

Falling costs are a critical aspect of opening ... Its focus from the beginning was on nanopore gene sequencing, where DNA is passed through a membrane with tiny holes called nanopores.

“Depending on how you design your library, it might be biased towards certain sets of small molecules,” said Liu. In the context of DNA barcoding for species identification, high sequencing costs once ...

Join the movement to solve the mysteries of cat genetics with the first fur-based DNA sequencing method for pets ...

cost-effective technology for producing tailored DNA constructs with excellent sequence precision. DNA synthesis, as a strong molecular biology technique, is quickly becoming an essential part of ...

DNA methylation is a fundamental epigenetic mechanism in ... because unmethylated cytosines are recognized as thymine after PCR amplification and sequencing. 3 Methylation detection methods are ...

As a result, many hospitals opt to send samples to referral laboratories, increasing both costs and turnaround times. The MHRA said that since 2024, the new DNA sequencing method has been used to ...