Our new paper on high-throughput isolation of Bifidobacterium just got published! A very nice adventure starting with the supervision of Hai, a talented intern, and a nice collab with our BSight expert @isaacyueyuan ! Stay tuned for more isolation and Bifido work! :)
Thrilled to share our high-throughput Bifidobacterium isolation work!
Now out in https://t.co/JVN00fXHND
By integrating a single-cell dispenser into a culturomics workflow, we accelerated the isolation of individual bacterial cells, allowing robust strain-level resolution.
Excited to share our latest work, where we show how to achieve high-throughput sequencing of DNA containing non-canonical bases using Nanopore and de novo basecalling enabled by spliced-based data-augmentation.
Check out our preprint: https://t.co/VuYZ5wEO5l
@nanopore
Tech Alert! 🚀🧬 We can now determine the sequence of DNA with non-canonical bases in a direct and high-throughput manner with Nanopore sequencing. Check out our preprint for details: https://t.co/mSOSzubouc
Shotgun metagenomics data for >200 healthy Asian octogenerians helped us identify key gut microbial hallmarks of healthy aging, including some that are only consistently seen in Asian cohorts!
4 Major results in thread #aging#microbiome
https://t.co/Qxl37PRBJQ
Our preprint is out! A new step toward strain-level resolved metagenomes. Very happy to have worked on this with Jim, we hope that Floria will be helpful for many of you to distinguish your favorite species' strain diversity and dynamics within metagenome.
Our method for recovering strains in long-read (e.g. nanopore) or short-read metagenomes is out!
Work with Jean-Sebastien Gounot (*Co-lead*, @jsgounot), Hanrong Chen and supervised by Niranjan Nagarajan (@NiranjanTW), and Yun William Yu (@YunWilliamYu) 1/8
Check out our latest paper, just published in @NAR_Open which focuses on translation variation across genetic backgrounds. Great work by Elie Teyssoniere. And great collaboration with @u1_7no and @IwasakiLabRIKEN.
@haploteam@InstUnivFr@ERC_Research
https://t.co/EwKjrJh5d0
The MetageNN paper is finally out on bioRxiv!
MetageNN outperforms recent machine learning based approaches for taxonomic classification, and shows higher sensitivity than kmer based tools for novel taxa ...
w/ @rafaelperes@nokcs
https://t.co/stONibv4kF
Presenting sylph (https://t.co/WGX3W1yOjT), a fast, precise metagenomic profiler. Work done with @YunWilliamYu.
sylph is highly accurate at the species level and takes ~1 minute and 16 GB RAM to profile against 85k prokaryotes and 2.9 million viral genomes.
1/10
@DPortik I'm working on building a nice and updated human gut metagenome database. I remember you refined the MAGs obtained with HiFi reads. Are there publicly available? Thanks!
Me and @YunWilliamYu's new preprint on skani, a new tool for calculating ANI for metagenomic assembled genomes, is out. It's available on GitHub here: https://t.co/dEkIzxHDNT 1/6
Looking back, 2022 has been an incredible year for long-read #metagenomics! I have been busy creating a resource for all publicly available @PacBio HiFi datasets (https://t.co/KPWyzBwHE4). Below is a visual snapshot of what these 35+ metagenomics datasets look like. 1/3
A collaborative effort by GIS, TLL & NUS, comprehensively characterised 109 SGs’ gut microbiomes. Knowledge gained from the study will be key in developing future population-specific therapies to improve human health & potential. @NiranjanTW
Read more: https://t.co/Eq1UaSdtu8
It would be our great pleasure if you find other ways to use this dataset. Let us know if you need more specific information to leverage the data for your analysis! You can already find all the MAGs and reads both on ENA and on Figshare (https://t.co/jP2mt8p0VY)
with 2) 10% of our MAGs defined as novel, suggesting a untouched diversity within South Asia. Finally, 3) high-quality genomes help to identify meaningful genetic features, allowing @minghao_chia to find a very cool BGC with a potential impact on community structure.