New review out in Clinical Microbiology Reviews @ASMicrobiology. We explored recent advancements and challenges to the translation of mNGS for viral diagnostics. Check it out below! @MangesLab@bugseq@CDCofBC
https://t.co/vTyY1BEfKU
BugSeq is delighted to announce that we are now listed on the @nanopore compatible products page. This listing provides users with enhanced confidence in the performance of BugSeq’s analysis platform with ONT sequencing workflows.
We are thrilled to announce our first academic grant! If you are an academic group working on #AMR or #metagenomics, you will not want to miss this. See details below and we look forward to receiving your applications before October 1, 2024: https://t.co/ijcGgRqZVk
BugSeq announces second @BARDA#DRIVe award to develop AI-driven bioinformatic reporting for agnostic diagnostic sequencing assays. Read more: https://t.co/1f4AoDqdej
Validation of an automated, end-to-end metagenomic sequencing assay for agnostic detection of respiratory viruses
✅ Just Accepted
🔗 https://t.co/PymGkjh9H1
🚨 Just accepted! A new @JIDJournal publication from our collaborators at @UBC, @VCHhealthcare, @BCCancer_GSC, @CDCofBC, members of our team, and funded by @BARDA. "Validation of an automated, end-to-end metagenomic sequencing assay for agnostic detection of respiratory viruses"
We're partnering with @bugseq to deliver rapid and accurate analysis solutions for microbiology labs.
This collaboration will enhance critical insights into pathogen identification, outbreak investigations, & #AMR profiling.
Read more: https://t.co/xJKZ4EMyPf #ECCMID
We're delighted to partner with @nanopore to deliver rapid and accurate analysis solutions for microbiology labs. This collaboration will enhance pathogen identification, outbreak investigations, and antimicrobial resistance profiling.
Read more: https://t.co/rZxjI1t3sX #ECCMID
- Rapid fire presentation (Apr 11 @ 5:15) and poster (April 12 @ 12:45) by @Nick_Gauthier_: Clinical validation of an optimized and automated agnostic diagnostic assay for detection of respiratory viruses (in partnership with @MangesLab, @VCHhealthcare, @CDCofBC, @BARDA and more)
Excited to announce that I successfully defended my PhD thesis today! Thankful to my examining committee for a thoughtful discussion and all of my friends and family in attendance. @MangesLab@UBCMicroImmuno
Tune in to hear @Nick_Gauthier_ review some of BugSeq’s work (supported by @BARDA DRIVe) developing agnostic diagnostics! Using @nanopore metagenomic sequencing and our leading analysis, BugSeq’s assay can detect any respiratory virus in less than 12 hours.
Support Our Science Nationwide Walkout is TODAY! This is a protest to @cafreeland & @JustinTrudeau's #budget2023! SOS is advocating for increased federal investments in scholarships, fellowships & grants to support increased pay for grad students & postdocs #SupportOurScience 1/5
At #ECCMID2023 ? Come check out our poster P1840 from now until 1:30pm! We optimized and performance tested an end-to-end mNGS assay for respiratory viral detection @bugseq@BARDA@MangesLab
Congratulations to our collaborators and team on this @ASMicrobiology Clinical Microbiology Reviews article covering the advances and challenges in agnostic sequencing for viral detection: https://t.co/FCq4iRJ8Mn 1/5
@Distant_Si@nanopore@MangesLab More expensive flowcells to run a PromethION and we don't need that high throughput for our current work, so GridION made more sense