Mike McLaren (@mikemc423) 's Twitter Profile
Mike McLaren

@mikemc423

Monitoring for future pandemics. Developing quantitative microbiome methods.

ID: 3371866395

linkhttps://www.linkedin.com/in/michael-mclaren-835166ba/ calendar_today12-07-2015 07:14:40

294 Tweet

502 Followers

398 Following

Mike McLaren (@mikemc423) 's Twitter Profile Photo

We're looking for a lab technician to help with an ambitious environmental/wastewater metagenomics project based out of MIT. Please share to anyone who might be interested!

Benjamin Callahan (@bejcal) 's Twitter Profile Photo

Our latest work led by Mike McLaren on bioRxiv goes deep on "Implications of taxonomic bias for microbial differential-abundance analysis": biorxiv.org/content/10.110… Metagenomic sequencing is biased. When are differential abundance (DA) results still valid? #NCStateMicrobiome 1/

Amy Willis 😻 amydwillis.bsky.social (@amydwillis) 's Twitter Profile Photo

New preprint alert! 🚨🥳😻 When we first put out the “MWC model” paper, there was a lot of concern about how negatively impactful the problem of unequal detection efficiencies in microbiome taxonomic profiling is. A thread🧵… 1/

FEMS (@femsmicro) 's Twitter Profile Photo

To save her people, a scientist travels to a distant planet in search of a microbial product learning about a new society and making new friends. Read this shortlisted flash fiction story by Jen Nguyen & L.D. from the #FEMSmicroBlog Writing Competition. fems-microbiology.org/short-story-a-…

Amy Willis 😻 amydwillis.bsky.social (@amydwillis) 's Twitter Profile Photo

STAMPS @ MBL is back in 2023! Jul 19-29 in Woods Hole ☀️🏖️💻 STAMPS has trained thousands of microbial ecologists (of all stripes!) in the bioinformatic and statistical analysis of microbiome data 🌟🧠🦠 Join us for #STAMPS2023 and be one of them! 😻🥳📈

Simon Grimm (@simon__grimm) 's Twitter Profile Photo

How can we detect future pandemics? Sequencing wastewater could be promising: It allows us to monitor millions of people’s disease status at a single site. But this might require a LOT of sequencing and thus a lot of $. We estimated how much: doi.org/10.1101/2023.1… (1/6)

How can we detect future pandemics?

Sequencing wastewater could be promising: It allows us to monitor millions of people’s disease status at a single site.

But this might require a LOT of sequencing and thus a lot of $. We estimated how much:
doi.org/10.1101/2023.1… (1/6)