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This is a feed that looks for Oxford Nanopore Technologies (not affiliated) DNA, RNA, and/or Protein Sequencing related posts based on text with nanopore or oxford nanopore. Does not look for ont. // Made at BlueskyFeeds.com

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@sloboula.bsky.social
about 3 hours ago
illumina (current king), PacBio, Oxford Nanopore, and several others and in this space, patents are really important, and because of patents, there are companies in China doing really hot stuff that they can't sell in the US or Europe so . . speculation: because of patents, the US/Europe/Japan
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Department of Immunology and Infectious Diseases, Harvard T.H. C
@harvard-iid.bsky.social
about 3 hours ago
Morgan’s thesis uses CRISPR–Cas9 editing, ring-stage survival assays, including a novel Nanopore-assisted approach, and drug susceptibility and competition assays to investigate artemisinin resistance in contemporary Senegalese parasites.
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Oxford Nanopore
@nanoporetech.com
about 3 hours ago
New for #Nanoporeconf 26, the Tech Hub enables one‑to‑one discussions with Oxford Nanopore subject matter experts. Book meetings in advance to have targeted conversations that relate directly to your research questions and workflows, onsite. Learn more: bit.ly/49koj56
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Ming Tommy Tang
@tommytang.bsky.social
about 4 hours ago
6/ Short reads used to dominate. Illumina ruled the land. But now PacBio and Nanopore are catching up. Long-read is real. And it’s here.
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bioinfoblogs
@bioinfoblogs.bsky.social
about 12 hours ago
📝 Systematic assessment of diverse RNA modifications using nanopore direct RNA sequencing ✍️ RNA-Seq Blog

www.rna-seqblog.com

Systematic assessment of diverse RNA modifications using nanopore direct RNA sequencing

Article de RNA-Seq Blog

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Bioconf
@bioconf.bsky.social
about 12 hours ago
Upcoming seminar by Bregeon/Hamdane's lab: and Decrypter l'ARN dans sa complexite : l'apport du sequencage Nanopore at Paris RNA Club, Wednesday 20 May 2026 at 16:30. More info
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Luane Landau
@lulandau.bsky.social
1 day ago
8/ Fig. 5 shows our attempt to resolve Peruvian amylase haplotypes with ONT long-read sequencing. Because the AMY1 locus is highly repetitive and structurally complex, ONT reads alone were not sufficient to fully assemble it. But we were able to answer two questions:
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Cancerpapers
@rahmah98.bsky.social
2 days ago
Covalently functionalized MoS(2) nanopore with amino acids for label-free protein residue discrimination pubmed.ncbi.nlm.nih.gov/4…
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Cancerpapers
@rahmah98.bsky.social
2 days ago
Organic Macrocycle as Highly Selective Adaptor for Nanopore Sensing of Aromatic Carboxylic Acids in Oilfield Produced Water pubmed.ncbi.nlm.nih.gov/4…
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Cancerpapers
@rahmah98.bsky.social
2 days ago
Nanopore Discrimination of Protein-Small-Molecule Drug Complexes at Near-Atomic Resolution pubmed.ncbi.nlm.nih.gov/4…
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Cancerpapers
@rahmah98.bsky.social
2 days ago
Nanopore Fingerprinting of Neurodegenerative Proteins and Phosphoproteins within a Minute pubmed.ncbi.nlm.nih.gov/4…
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Epstein Web
@epsteinweb.bsky.social
2 days ago
Parts 1-2/2 — EFTA00583255.jpg #epsteinweb #efta00583255 epsteinweb.org Available in the iOS app store now! apps.apple.com/us/app/eps…
EFTA00583254 | EFTA00583255
THE CHURCH LAB
The Church lab and its close collaborators have a powerful record of developing
transformative new technologies and applications which impact a broad set of biomedical
and other sciences and industries. The technologies often result in million-fold reduction in
costs, enabling scientific exploration to advance at an exponential rate. Notably, these
accomplishments have been achieved in large measure with the flexible funding afforded
by visionary philanthropists willing to invest in high risk/high reward science.
The technologies developed by the Church lab overlap one another and synergize to enable
still newer and more effective strategies. After many years of these activities, Dr. Church's
group is in a unique position to continue this auto-catalytic innovation. Dr. Church and his
colleagues extensively use mathematical and computational modeling, including ComputerAided Design (CAD) to make this process rigorous, reproducible and shareable.
Recent laboratory methods that your investment will continue to fuel via this creative
process could include:
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polymerase-nanopore fusions:
in situ sequencing
use of oligonucleotides synthesized on chips (for genetic alterations and nonbiological data storage)
super-resolution microscopy
genome editing (via MAGE, Zn fingers, CRISPR, and recombinases)
mammalian cloning
developmental biology of embryos and organoids in cell culture

The applications your investment would help make possible could include analysis of
personalized genomics, microbiomics, metabolomics, and other omics; development of
gene therapies; engineering cells resistant to all viruses; aging reversal; humanized animals
for research and organ transplants; biosensors for optimization of chemical manufacturing;
and regulating complex biological circuits.

The Church lab is also exploring synthetic ecosystems including mammalian digestive
systems, space biology, de-extinction, and Cas9 gene-drives for use
in elimination of
malaria and other vector-borne diseases. An investment in the high risk/high reward
science that characterizes the Church laboratory has the potential to transform what is
currently science fiction into scientific fact

EFTA00583255
Epstein Web iOS app on the App Store.
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RocketHæns 🚀
@mrhaens.bsky.social
3 days ago
Nanopore Sequencing!!!
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Astrobiology
@astrobiology.bsky.social
3 days ago
A #tricorder that you can buy today ... and they have already been to space astrobiology.com?s=nanopore #astrobiology #genomics #StarTrek #MinIon #Nanopore
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naturepoker
@binomicalabs.org
3 days ago
Agreed. Crossing fingers we can get PCR level saturation of nanopore signal generators/analyzers within current generation!
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naturepoker
@binomicalabs.org
3 days ago
Performance test of QNome nanopore sequencer. Looks very interesting - I'm always on the lookout for alternate platforms for Binomica. More reason for us to build platform agnostic squiggle/QC tools for the future! www.biorxiv.org/content/1…. 🖥️🧬🧫🦠

www.biorxiv.org

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Methods in Ecology and Evolution
@methodsinecoevol.bsky.social
3 days ago
📖 Published📖 From short to long: The impact of read length on metagenome assembly and binning These findings advocate for the integration of extended read lengths and Nanopore sequencing in metagenome analysis🖥️ 🧬 🔎

buff.ly

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fly paper broadcast
@fly-broadcast.bsky.social
5 days ago
Nanopore-based sequencing of active DNA replication reveals key principles of metazoan replication dynamics #Drosophila

pubmed.ncbi.nlm.nih.gov

Nanopore-based sequencing of active DNA replication reveals key principles of metazoan replication dynamics #Drosophila

PubMed link

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bioRxivpreprint
@biorxivpreprint.bsky.social
5 days ago
Pseudouridylation landscape across 42 S. cerevisiae cytosolic tRNA isoacceptors via Nanopore direct RNA sequencing www.biorxiv.org/content/1…
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bioRxiv Molecular Biology
@biorxiv-molbio.bsky.social
5 days ago
Pseudouridylation landscape across 42 S. cerevisiae cytosolic tRNA isoacceptors via Nanopore direct RNA sequencing www.biorxiv.org/content/1…
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Oxford Nanopore
@nanoporetech.com
5 days ago
Undetected drug-resistant TB doesn’t disappear. It survives, spreads, and comes back harder to treat. At #nanoporeconf, Carla Apaza will show how nanopore sequencing reveals hidden resistance, before it spreads. Check out the full agenda: bit.ly/4cSGe5c
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Zeynep Baharoglu
@zeynepbaharoglu.bsky.social
5 days ago
Interrogating the Escherichia coli epitranscriptome via CRISPR interference and Nanopore native RNA sequencing www.biorxiv.org/content/1….

www.biorxiv.org

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Zeynep Baharoglu
@zeynepbaharoglu.bsky.social
5 days ago
www.biorxiv.org/content/1…. Benchmarking Tools for Identification of rRNA Modifications in Escherichia coli using Oxford Nanopore Direct RNA Sequencing

www.biorxiv.org

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