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Whole Genome Sequencing To Cost Only $1,000 By End Of 2009

Applied Biosciences Solid Gene Sequencer

Singularity Hub predicts the cost to sequence an entire individual human genome will plummet to an astonishing $1,000 by the end of 2009 and the time required for sequencing will require less than one week.  The ability to sequence entire genomes for $100 in a matter of days or hours is not far behind, probably only two to three years away.

Many might mistakenly think that genomes are already being sequenced for $1,000 by companies like 23andme and decodeme, but these companies do not offer full genome sequencing.   Instead they only analyze a few hundred hot spots in your dna called SNP’s that can tell you lots of interesting things about your dna, but not the whole story.  Fully sequencing every single one of the approximately 3 billion base pairs of your dna is a completely different scenario.

Virtually nobody is talking about the $1,000 milestone happening in 2009, but here at the Hub we think it is likely.  The sequencing of DNA has been broken down into a brute force computational problem that is rapidly being economized and streamlined by relentless advances in information technology.   A host of upstarts and established players are poised to break new barriers for sequencing speed and cost effectiveness in 2009.  Some are already making claims that are closing in on $1,000 for a human genome:

  • Applied Biosciences claims that in 2009 their SOLID system sequencer will be able to sequence an entire human genome for only $10,000 in just 2 weeks!  This compares to a cost of $60,000 for Applied Bioscience’s previous generation system only 12 months ago.  That is a 6 fold decrease in cost performance in only one year!
  • Complete Genomics claims that in the first half of 2009 they will be able to sequence entire genomes for only $5,000.  They plan to sequence 1,000 entire human genomes in 2009 and 20,000 human genomes in 2010!
  • Other players such as Pacific Biosciences and Intelligent Bio-Systems also have promising product pipelines that could surprise in 2009.

When looking back on the last 18 years of gene sequencing advances we can see an accelerating trend of advancement:

The Human Genome Project, launched in 1990 resulted in the first complete sequencing of a human genome.  This first human genome was fully sequenced in 2003 (13 years later) with the aid of an estimated $300 million and the collaboration of thousands of people, corporations, and institutions.

In 2007, only 4 years after sequencing the first genome, the entire genomes of not one, but two people (Craig Venter and James Watson) were sequenced for a cost of roughly $1 million each.

In 2008, only one year later, it appears that at least 3 human genomes have been completely sequenced, one of which was the first female to be fully sequenced.  The sequencing successes in 2008 took less than 1 month and cost roughly $60,000 to complete.  Wow!

Now as we approach 2009 the $1,000 barrier just might be eclipsed.

When viewed as a computational problem the cost/performance trend of genome sequencing is represented by the cost to sequence a single DNA base pair.  The chart below shows that the cost of sequencing a single DNA base pair has consistently been cut in half every 1.9 years for nearly two decades:

source: The Singularity is Near, by Ray Kurzweil

Although the chart above only goes to 2004, we would expect that the trend has continued through 2008.  In fact it has, but what will be surprising to many (even those that are in the industry) is that the trend of doubling performance every 1.9 years has accelerated to a far greater pace in recent years.  As an example, Applied Biosciences (mentioned above) is claiming to offer a new generation sequencing system that has 6 times the performance of the previous model from 12 months ago!  In 2007 it cost roughly $1 million to sequence an entire genome, and in 2008 it cost roughly $60,000, which is a 17 fold increase in sequencing performance after one year.   At this accelerated rate of advancement the $1,000 milestone will be eclipsed much sooner than many realize, likely in 2009 and with virtual certainty in 2010.

We are in the midst of a revolution…an explosion in ability to analyze the entire dna sequence of individuals.  Cheap, fast, and ubiquitous sequencing of human genomes is now an inevitability that is only years away….that is the easy part.  As Emily Singer points out the hard part will be doing something useful with this new flood of information.  Naysayers will claim that very little medical advantage has been gained so far from the several individual human genomes that have been sequenced in the last decade, but this sort of thinking is naive and short sighted.  The medical and technological breakthroughs that will accompany widespread, cheap, and fast human genome sequencing will be far reaching and stunning, but they won’t come in 2009.  It will take a number of years for us to unlock the secrets that are hiding in all of the data that will be unleashed.

To read more, check out these excellent links:

http://blog.wired.com/wiredscience/2008/10/the-cheapest-ge.html

http://www.nwo.nl/nwohome.nsf/pages/NWOA_7EZAY6_Eng

http://www.iht.com/articles/2007/06/01/america/dna.php

Picture at top: The Solid DNA Analyzer From Applied Biosciences

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10 comments

  • BioBud says:

    You can order your own private whole genome sequence and analysis (and recieve it on a USB drive) through a company in Cambridge, MA called Knome, Inc. (a George Church startup). I think it costs 100,000 or just under.

  • blade runner says:

    Yes, it’s now just under 100,000. There is an interesting article about the service/company called “The Burden of Knowing” in the January issue of Boston Magazine at: http://www.bostonmagazine.com/articles/the_burden_of_knowing/page1

  • R says:

    it would be 1000 in ’09 except for inflation…

  • HM says:

    The cost of a genome is actually a lot more complicated that this article says.

    You say that AB claim they will be able to do a genome for $10k but that only includes the fluorescent reagent costs, not the cost of instrument ($500k amortised over three years, say) and accompanying computing capital costs, the cost of labour, informatics, failed runs, sample preparation (a significant and complex procedure) and much more. All the current systems have a glass ceiling of cost because of these limitations.

    Also, you could do a cheap genome that is not very accurate and therefore basically useless. Useful genomes are more expensive.

    If we are to talk about the real cost of a human genome then all this needs to be taken into account. The only recent *published* costs of a quality human genome were actually $250k and $500k. See Nature November 2008.

    Be smart – don’t believe the hype!

  • GK says:

    Imagine some sucker paying $60,000 now, only for the same to be available for $1000, just 2 years later.

  • GK says:

    How can something drop from $1 million to $1000 in just 2, or even 3 years? That is absurd.

    Also, the article does not explain how such unbelievable cost reductions can happen. Why should they happen at a rate so much faster than Moore’s Law (as the computational power doing the sequencing would be the main determinant of cost)?

  • knb says:

    I would be very surprised if a full genome could be profitably (and accurately) done by 2009 or 2010. But I would be surprised if $1000 genomes are NOT here before 2019.

  • pacbasin_al says:

    This article missed a few key players in this area such as Bionanomatrix and Oxford Nanopore to name just a few. These outfits are looking to do the sequencing for $100-$500 using nanotechnology and they have already received quite a bit of funding for it.

    The other groups (Applid Bio, Illumina) are promoting old technology to do it which is why it is costly and labor intensive. That is how I think the new start up companies will get around Moore’s law. I attended a talk given by one of these companies and they sold one of their sequencing nano chips for about $800 and I think it cost them less than $100 to produce. Let’s see if clinicians buy off on it in the near future.

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