Rapid whole genome (https://abs.twimg.com/emoji/v2/... draggable="false" alt="🧬" title="DNA" aria-label="Emoji: DNA">) sequencing (rWGS) is one of the most exciting (and benevolent) collisions of #AI and #genomics I can think of.

rWGS can diagnose a critically ill child in minutes where previously it took years. https://www.illumina.com/company/news-center/feature-articles/project-baby-bear-interview.html">https://www.illumina.com/company/n...
A few years ago, Illumina ($ILMN) and Rady Children& #39;s Hospital ( @RadyGenomics) collaborated to offer sequencing services for diagnosing critically-ill infants and toddlers.

Roughly 70% of rare diseases are genetic and they can take five years to diagnose.
As sequencing costs dropped and #AI got faster, this collaboration became Project Baby Bear: a pilot study for rWGS& #39;s diagnostic yield, clinical utility, and health economics in practice.

Several innovative companies joined Rady& #39;s in creating a rapid diagnostic pipeline.
Genomic data would be fed to Diploid& #39;s ( @diploidgenomics) AI-engine, MOON, which can suggest a causal #DNA variant out of ~45 million in just about five minutes.

This result would be verified on Fabric Enterprise; software by @FabricGenomics.

http://www.diploid.com/moon ">https://www.diploid.com/moon"...
After the pilot, Rady& #39;s rWGS was covered by Blue Shield of California (~$5,000).

Resurfacing, @ARKInvest believes #AI-accelerated #genomic diagnostics should be less expensive and more accessible in local hospitals. You shouldn& #39;t need to travel to receive the best care.
So, where can we go from here?

A 2019 @AJHGNews article noted that the rare disease solve rate was <50% when using short read rWGS. The authors argued this rate could increase on long read systems given their ability to decipher hard-to-read variants. https://www.nature.com/articles/s10038-019-0671-8">https://www.nature.com/articles/...
For visual learners, @PacBio has a webinar on this topic ( https://tinyurl.com/y3ly77hg ).

Interestingly,">https://tinyurl.com/y3ly77hg&... Pacific Biosciences and Leiden University ( @LUMC_Leiden), another hospital using Diploid& #39;s MOON, have a long-read/diagnostic summit series called SMRT Leiden.
Given the lower CapEx of PacBio sequencers and cost-declines associated w/ compute, we think some centers could profitably integrate decentralized long-read rWGS services, analyzable over the cloud w/ MOON.

Others have the flexibility to send samples to Invitae& #39;s central lab.
Altogether, rWGS is one of the most benevolent, impactful collisions of different areas of innovation and collaboration among various companies. #NGS #AI
NOTE:

A lab/hospital using PacBio, or another long-read platform, would need an LDT/certification to use such a system for diagnostic purposes as none currently are FDA cleared/CE-marked for diagnostic purposes.
You can follow @sbarnettARK.
Tip: mention @twtextapp on a Twitter thread with the keyword “unroll” to get a link to it.

Latest Threads Unrolled: