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A $95 million genome, for $525

NHGRI tracked the all-in cost of sequencing a human-sized genome from $95.3 million in 2001 to $525 in May 2022. That is a 181,000-fold collapse — faster than Moore’s law by more than two orders of magnitude. Biology became a compute problem while we were watching chips.

TechnologyUpdated 2026-08-318 min read
476K1.8M7M26.8M102.9M200120052009201420182022Cost per genome
NHGRI cost per genome, May 2022
$525
September 2001
$95.3m
Cheaper in 21 years
181,000×
The year next-gen sequencing broke the line
2008

The steepest industrial price collapse we have a ledger for

NHGRI has published the all-in cost of sequencing a human-sized genome at the centres it funds since 2001. September 2001: $95,263,072. May 2022: $525. That is a 181,000-fold reduction in twenty-one years. Moore’s law, generously applied, is about a hundred-fold in the same window. The chart is unreadable on a linear axis, which is the point — use the log toggle. The 2008 cliff is next-generation sequencing arriving at the NIH pipeline: October 2008 is $165,047, down from $10.4 million the year before. 2015 is the public ‘$1,000 genome’ (the print is $1,363, then $1,241). After 2018 the line flattens. The miracle already happened.

$200 is a slide. $525 is a spreadsheet

Illumina’s NovaSeq X marketing talks about a $200 genome. That is reagents on a full flow cell, not the NHGRI all-in series (labour, instruments, informatics, sample prep). We do not plot it. Pair this with Five times more compute, every year and The shot that bent the curve. Cheap letters in a genome are an input to GLP-1 target discovery, to cancer panels, to the same intelligence infrastructure that is eating electricity. Biology became a data centre with a pipette.

The long view is a commodity, then a bottleneck

Once a genome is $525, sequencing is not the scarce step. Interpretation, clinical action, and the legal permission to use the file are. The investing error of 2012 was to ignore the curve. The investing error of 2026 is to own another sequencer and call it a platform. Own the applications that compound on a $525 input — oncology, rare disease, the metabolic drugs — and the compute that reads the letters. Do not own a 2001 mental model.

Investing lens

Horizon 5–15 years · Educational, not advice

The price collapse is done. The investable question is who uses a $525 genome as an input, not who sells another 30× run. Diagnostics with reimbursement, the drug pipelines that need the file, and the compute around it.

Where the map points

  • Clinical NGS with payer coverage, not research-only volume
  • Oncology and rare-disease franchises that actually use the file
  • The compute and storage around interpretation
  • Avoid a $200-reagent story as if it were NHGRI accounting

What can break it

  • The NHGRI series stopped in 2022 — later prices are marketing
  • Reimbursement, not chemistry, gates clinical volume
  • A sequencer price war that looks like solar modules

CHART does not recommend securities, funds or trades. Figures can be revised by their publishers. Do your own research and consider regulated advice before allocating capital.

Sources

Every headline number traces to a named publisher. Contextual sources inform the essay, not the key stat.

  1. 01PrimaryNational Human Genome Research Institute2023-05
    DNA Sequencing Costs: Data

    All-in cost per human-sized genome at NHGRI-funded centres. September 2001 $95,263,072; May 2022 $525. Series not updated past May 2022. Illumina $200 claims are reagent list, not this accounting.

  2. 02PrimaryEpoch AI2026-02-05
    Trends in Artificial Intelligence

    Training compute for frontier language models has been growing at 5× per year since 2020 (doubling every 5.2 months; 0.7 OOM/year).

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