Seth Howes says he sequenced a full human genome at home to 30x coverage
In a thread on X, Howes details a one-room setup, cites a $28k sequencer and ~$1.2k per run, and calls out a discontinued P2 Solo unit.
By Ryan Merket · Published
Why it matters
A credible at-home path to 30x whole-genome data, even if expensive today, hints at new consumer and indie-research use cases. If hardware gets cheaper, diagnostics could move closer to the kitchen table.
Seth Howes (Seth Howes (@SethSHowes)) says he has sequenced a human genome to 30x coverage entirely at home, outlining the process in a thread on X. He wrote that every step, from saliva collection to running the sequencer, happened in a single room with a dining table, adding that as far as he knows it is the first time this has been done outside a lab.
https://x.com/SethSHowes/status/2058835208586362913
Howes framed the motivation as access and cost. "at home diagnostics for all," he wrote in a reply, while noting that the main expense is the sequencer itself. According to Howes, the unit "used to cost $10k" but "now costs $28k" and is being discontinued, with each run costing about "$1.2k." He also posted "SAVE THE P2 SOLO," referencing the model he says the community wants to keep available.
On analysis, Howes quipped that "claude & brain is all you need," and said he may livestream a sequencing run start to finish later this week. He did not publish a full protocol or dataset in the thread, and his claim about being first is framed as his understanding.
If reproducible by others, the at-home workflow he describes would underscore how far benchtop sequencing and off-the-shelf tooling have come, even as hardware availability and price remain gating factors.