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Oxford Nanopore Technologies won the Royal Academy of Engineering’s 2026 MacRobert Award on July 8.
A nanopore detection method can rapidly identify individual proteins, aiding disease research, drug development, and biomarker discovery.
Researchers used DNA nanotechnology to build a synthetic membrane that mimics cell pores, enabling coordinated transport and programmable reactions inside.
Tapered silicon nanopores with SiO2 surfaces detect individual proteins faster and more clearly by focusing the electric field and reducing protein sticking.
RNA sequencing combined with nanopore technology and machine learning may streamline GMP quality control testing for mRNA therapeutics within a single workflow...
A new RNA sequencing workflow using nanopore technology improves full-length lncRNA isoform discovery, revealing many previously undetected transcripts missed by conventional short...
RNA sequencing and nanopore sequencing enabled Eclipse-like full transcriptome analysis to identify novel non-coding RNA biomarkers in extracellular vesicles for early esophageal.....
RNA sequencing using nanopore direct RNA sequencing enables simultaneous analysis of native RNA molecules, transcript isoforms, RNA modifications, and poly(A) tails for comprehensi...
A new study introduces an innovative platform capable of accurately sizing the toxic repeat expansion mutations that drive muscular dystrophy, Huntington’s disease, and ALS.
Nanopore direct RNA sequencing enables accurate, site-specific quantification of pseudouridine modifications in human ribosomal RNA, expanding opportunities for large-scale epitran...
New England Biolabs introduces a new RNA sequencing companion module that simplifies direct native RNA sequencing with Oxford Nanopore for transcriptomics and RNA...
In the wake of the 2025 Mpox outbreak that extensively affected Sierra Leone, a groundbreaking scientific advancement has been reported, spearheading diagnostic methodologies and e...
Researchers set a new benchmark for enzymatic DNA synthesis by writing 64 distinct sequences in parallel on a semiconductor chip.
Modified clay membranes improve ion flow and charge selectivity, advancing osmotic power harvesting from seawater and river water.
Researchers revealed that molecular transport through fluctuating nanoscale pores is governed not only by pore size, but also by gate dynamics and transient surface interactions.
New single-cell method maps protein-DNA interactions, revealing gene regulation changes and advancing multi-omics studies of health and disease.
..Nanopore RNA sequencing models can detect RNA modifications, but benchmark results reveal significant false positives and highlight the importance of controls for accurate epitra...
The device selectively captured cancer biomarkers from the blood serum of ovarian cancer patients.
segSHAPE improves RNA sequencing signal alignment and modification detection, enabling more accurate secondary structure predictions from individual RNA molecules across multiple c...
New instruments on the horizon promise the most precise tools yet to study and experiment on the smallest and most complex materials ever manufactured.
Insider Brief An Ontario startup is deploying quantum sensing technology to help pharmaceutical researchers better understand how proteins move, something the company says could sh...
In a remarkable stride toward the next generation of flexible electronics, researchers have unveiled a pioneering technique that promises to revolutionize the fabrication of ultrad...
COF nanofluidic fibers turn wastewater ion gradients into power for copper recovery and trace copper ion sensing in one integrated platform.
Researchers used state-of-the-art semiconductor fabrication technologies to demonstrate how we could be ready for large-scale spintronic p-computers.
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