nanopore sequencing

Jeff Nivala develops nanopore-based sequencing techniques to help advance proteomics. 

Researchers use nanopore sequencing to advance microbiology and infectious disease research.

After sequencing centromeres in humans and other primates, researchers found that they vary greatly across species and potentially contribute to aging and disease.

Researchers use nanopore sequencing to produce ultra-rich multiomics data for next-level human disease research.

Researchers generated complete genomes of two important bat species and explored their immune- and cancer-related genes.

Researchers developed and validated a sequencing method for mRNA vaccines, moving the manufacturing field forward by linking established technologies with translational applications.

For two decades, scientists struggled to fully sequence the Y chromosome. Finally, researchers have mapped its full length thanks to recent advances in sequencing technology.

Researchers advance the potential of precision medicine with cutting edge sequencing technology.

A high school student uses crowdfunding to produce the first genome assembly for this popular aquarium species, underscoring the increasing feasibility of whole-genome sequencing.

Researchers link a stretch of DNA to a peptide of interest and measure current changes as the molecule is pulled by a helicase through a nanopore.

Adapting DNA nanopore sequencing to peptides allows researchers to identify single amino acid differences.

In a preprint, researchers fill in some of the holes left in the first draft of the human genetic code, published at the turn of the century.

MinION achieved the longest reads of DNA sequences to date. 

Illumina accuses Oxford Nanopore Technologies of developing nanopore-based sequencing strategies covered by its patents.

Genetics & genomics edition

A palm-sized, nanopore-based USB device can recognize E. coli, cowpox, and vaccinia.