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Celera Opens Up DNA Database

greenplato writes "Thirty billion base pairs from the sequences of humans, mice, and rats that were available only by subscription to Celera's DNA database are being put into the public domain. Celera will donate this information to a 'federally run database,' presumably GenBank. Francis Collins, head of the National Human Genome Research Institute, notes that 'data just wants to be public.' Stories in BusinessWeek and The New York Times."

31 of 181 comments (clear)

  1. Shouldn't that be by Spetiam · · Score: 4, Insightful

    Shouldn't that be "data want to be free?" :)

    1. Re:Shouldn't that be by cashman73 · · Score: 2, Funny

      Or actually, I was thinking something more along the lines of, "All your DNA are belong to us."

    2. Re:Shouldn't that be by michaeldot · · Score: 2, Funny
      Shouldn't that be "data want to be free?" :)

      Okay, it's probably just me but when I read that I had a vision of Brent Spiner rattling the bars of a cage yelling "Picard, get your bald ass down here, Data want to be free!"

  2. from the summary by Anonymous Coward · · Score: 5, Funny

    Francis Collins, head of the National Human Genome Research Institute, notes that 'data just wants to be public.'

    Data hates when you anthropomorphize it.

    1. Re:from the summary by glwtta · · Score: 2, Funny

      I don't get it. Wouldn't it be in German, in Germany?

      --
      sic transit gloria mundi
  3. Re:'Bout Time by Seoulstriker · · Score: 3, Insightful

    That is so wrong on numerous levels. Hi Evil Corporation, here's ten thousand dollars so I can get a peek at genetic code that I inherently share with every human being in the first place.

    Let's see, the one company that pioneered genome research with reliable and extremely efficient shotgun sequencing, is now an evil corporation because it wanted to use its investments in research for developing novel therapeutics. Which in the end benefits human-kind. Please...

    --
    I am defenseless. Use your button. Mod me down with all of your hatred.
  4. I don't think it wants to be free. by chriswaclawik · · Score: 3, Insightful

    Considering the millions of dollars that Celera invested in gene sequencing, it should at least have the opportunity to make back that money. Heaven forbid, they might even deserve to make a PROFIT. Profit is a leading motivation of many corporations, you know...

    --
    A guy walks into a bar... well, I forgot the joke, but the punchline is that he's an alcoholic.
    1. Re:I don't think it wants to be free. by h4rm0ny · · Score: 3, Interesting


      Considering the millions of dollars that Celera invested in gene sequencing, it should at least have the opportunity to make back that money.

      If he were creating something new then perhaps, but it was just a land grab. The DNA was there and they tried to patent as much of it as possible. It reminds me of the Eddie Izzard skit when the Europeans claim America and the Indians say, "but it's here, you know, we're using it, how can it be yours?" And the Europeans say, "but ah, have you got a flag?"

      Replace flag with patent. You might as well say that the Spaniards spent a lot of money colonizing Peru so they deserved all the gold. This is DNA! It belongs to no individual or corporation. I want access to my source code for whatever purposes I choose.

      --

      Aide-toi, le Ciel t'aidera - Jeanne D'Arc.
  5. Oh No! by Anonymous Coward · · Score: 5, Funny

    They've open sourced me! Does this mean I have to call myself GNU/Steve?

  6. What about patents? by Krankheit · · Score: 2, Insightful

    Hasn't much of the human genome been patented by greedy companies?

    --
    Powered by caffeine and sugar; BSD
    1. Re:What about patents? by rainwalker · · Score: 2, Informative
      Hasn't much of the human genome been patented by greedy companies?

      In a word, no.

      You can't generally patent "found" sequences. You have to create or assemble something novel. The raw sequence of the human genome is not patentable. Inserting novel or transgenic genes into the human genome might be, but that's still science fiction.
    2. Re:What about patents? by the+gnat · · Score: 5, Insightful

      You can't generally patent "found" sequences.

      I wish that were not the case. However, there are many gene patents in existence. The trick is that now you have to show a function for that gene - although bioinformatics is sophisticated (or rather, automated) enough that you can come up with a plausible-sounding function without ever doing benchwork.

      What's really being patented is the medical application of these sequences. For instance, Company X discovers that gene Y is overexpressed in cancer Z. They take out a patent on gene Y based on this discovery. That means that no one else can pursue gene Y as a therapeutic target. Moreover, in one case testing for a specific mutation to detect cancer was covered by a patent. This is a very simple piece of labwork being covered, which any competent cancer researcher could have figured out.

      The end result is that patents are being awarded for hard work, not for novelty and invention. Throw enough money at a subject, and you'll get data but not necessarily results. Since companies (or academics) can now patent just the data, if someone else gets "lucky" and comes up with an actual result the patent holders can sue the tar out of them if they try to make money off it. (Or even if they don't, as in the case of the breast cancer gene; the company wanted people to pay three times as much for its own testing kit.)

      You may soon be able to patent single-nucleotide polymorphisms (SNPs), which may be involved in differential drug responses. Back when I was in college we had a guest lecturer who was a biotech patent attorney, and he said he though SNPs should definitely be patentable. In any case, there is a world of difference between patenting a cancer drug, and patenting a gene (or a FUCKING POINT MUTATION) that may, in the future, be a drug target.

      Since most of the human genome is noncoding, I suspect it will be harder to patent pieces of it. I also suspect that some asshole will try anyway.

  7. Again? by zappepcs · · Score: 4, Insightful

    FTA "DNA database are being put into the public domain" Again, we find information and data that SHOULD be in the public domain, yet the patent office, government, and kickbacks protect those that stand to make money? Its time that we, as a populace, stand and shout for the rights of the public to information. Sure, there are those that say that without protection, such innovation would be stiffled, and I counter with this... "should such efforts be in the public sector?" Through emminent domain, they can take your property, but if you are a business, there seems to be no such thing. I hear of companies giving to this charity or that... but none are giving to the charity of mankind? Information is power, and in this information age, it is time for those with the information to take power from those that would use it to extort finance and power from those that do not know better. All such information should be in the public domain. Knowledge of the human genome, of anything that affects ALL of us, should be public information. For instance, any method of retrieving emergency information during an emergency should be in the public domain, not a subject of patent worthiness. The entire point of 911 service is to aid the community, not bilk them of dollars. The entire point of scientific discovery is to learn and advance humankind... when it becomes simply a method of making money, the advancement of humankind goes in the trash like yesterdays junk mail. At that point, what is the point of funding science? Think bigger than your new BMW. This might seem altruistic, but what is the point of discovery if your only reason to share is profit? When do you lose respect, when do you stop having authority? The ONLY method of advancing the human race is through sharing, through communal discovery. Perhaps this will advance that purpose, perhaps it won't.

    1. Re:Again? by Saeed+al-Sahaf · · Score: 3, Insightful

      Yes, yes, yes... But who is going to fund all this discovery? If it's "the public", than of course "the public" should be able to access it (although I don't think most of us could make much use of it), but if on the other hand it is some private concern that is doing the research, than they have every right to obtain value from their investment. That they are being put into the public domain is a great thing for Celera to do. If they want something out of it, I see no problem with that, I'm sure they spent a lot of $$$ to do the work.

      --
      "Who are in control, they are not in control of anything - they don't even control themselves!" - Glen Beck
  8. Curious by Sparr0 · · Score: 3, Interesting

    I wonder why something like this isnt inherently unprotectable, like the contents of the phone book. A DNA sequence is, after all, simply a record of an existing state of things, NOT an original work (barring genetic engineering, which this isnt). If I take your phonenumber/basepair book and reproduce it... have I broken any laws (apparently the answers are no and yes, in that order)? The precedent for this has existed for decades.

    1. Re:Curious by John+Hasler · · Score: 2, Interesting

      > I wonder why something like this isnt inherently
      > unprotectable

      The data itself was never protected in any way: you've always been free to read your own DNA. The database that Celera owned was protected as a trade secret. You could only look at it after signing a contract in which you agreed not to disclose what you saw.

      --
      Warning: this article may contain humor, sarcasm, parody, and perhaps even irony. Read at your own risk.
  9. Free data - or unable to sell it? by Anonymous Coward · · Score: 5, Interesting

    I work for a biotech company with a database which we've been trying to sell subscriptions to for a few years. The prevailing experience with trying to sell the database is that people are very reluctant to shell out the cash to access the data.

    I think this is a symptom of trying to sell data to academic institutions. The problems with selling to academic institutions are two-fold; Firstly the universities don't have the cold hard cash to spend on the databases, so any cost over free is too expensive. Secondly, there is the free/open culture within universities that almost punishes commercial ventures for trying to build a business around adding some kind of value to the data (such as convenience or quality of data).

    Because of the lack of sales for this database, we're considering handing the data over to a large government body so that they can maintain it, because the company can't simply afford to maintain the database - it costs a lot of money to hire talented people to do database curation.

    So when Celera say that "data wants to be free", I think they mean "We'd sell you this data to try and recoup our investment, but we're resigned to the fact that you're not going to buy it".

    1. Re:Free data - or unable to sell it? by the+gnat · · Score: 4, Informative

      Secondly, there is the free/open culture within universities that almost punishes commercial ventures

      I would not have stated it that way. The real reason is that academics hate to leave anything unpublished. If they're constrained by copyright law or some NDA, they can't tell everyone about the fabulous new work they've been doing - or at the very least, it becomes much more difficult.

      I worked in bioinformatics at a university for several years, and much of what we did was take existing databases and analyze them, then publish the results online as our own database of annotations. As part of this, we reproduced much of the original database in modified form - and all we had to do was cite the original authors and describe our methods/sources. If the databases we used had not been public, none of these projects would have happened. In some cases, we had to ignore private databases that we had limited access to because we were not allowed to reproduce any of their data.

      This is only cultural to the extent that academia thrives on publications. We're not out to punish anyone from trying to make an honest buck (lots of people here collaborate with or consult for companies), but we literally can't afford, professionally, to limit ourselves in accordance with restrictions on databases. So why pay money for something we can't legally use in the manner to which we're accustomed?

  10. Re:'Bout Time by Muhammar · · Score: 2, Informative

    Celera is pretty evil as a employer. At one time the company had an insane stock evaluation. They realised that the genome database profits will end soon and the "synergies" with its own drug research will not happen. So they fired the genome people and used the stock proceeds to buy up biologic instrument companies and some small biotech companies. Making instruments and biology tools is what produces any income for them.

    I worked for a small biotech company that became a part of Celera. They are doing a good researchbut the high management is rotten. I was not there before Celera took over but my understanding is that the new management made all the changes for worse. Now the bulshit there is deeper than ice in Antarctica.

    --
    I doubt that we will ever figure out - and I suspect that even if we did figure out we couldn't do much about it
  11. Finally... by nxtr · · Score: 2, Interesting

    Now what do I do with it?

  12. Some stuff you just can't sell by MillionthMonkey · · Score: 2

    I hear what you're saying about academic institutions. They're incredibly whiny and expect everything to be free. We make very little money off of them, and they consume a large share of tech support, but we go out of our way to be nice to them because many of the same people later pop up in pharmaceutical companies in control of large quantities of cash.

    Celera saw the writing on the wall. Everyone is using the public reference assembly because it's free, and in terms of contents the two are merging toward a complete consensus as they approach total coverage. You can only make money selling this kind of information while vast portions of the genome remain unknown or unavailable, and that's not true anymore.

    Plus using a different assembly than other researchers cuts you off. When we import data from dbSNP, for example, we regularly drop references to positions specified in reference to Celera contigs. (Not much of a problem, since they're in the vast minority.) The Celera assembly has not been freely downloadable and redistributable, and we haven't been including a copy of it in our software (we always include a current public assembly build). Now that this has happened, I think the next build of the public assembly is going to be really good.

  13. The human genome project by $exyNerdie · · Score: 3, Interesting


    Excellent PBS video on race between government and Celera to crack the human genome:

    http://www.pbs.org/wgbh/nova/genome/program.html

    Mirrors please..

  14. Re:'Bout Time by Oculus+Habent · · Score: 2, Insightful

    Celera's "exremely efficient" method only worked because the NIH's freely available genome data was available. Without it Celera's "shotgun" fragments would have been just that - fragments. It took a base of comparison to complete the map.

    Celera relied on the "free research" of the NIH. They extended that research with their own technique, and then patented the result of the joint data.

    --
    That what was all this school was for... to teach us how to solve our own problems. -- janeowit
  15. In case it gets slashdotted.... by MagicDude · · Score: 4, Funny

    Here's a copy of the data

    acgcggcgatgcgtacatagctagcgctgcatagatcgactatgacgatt atgactgatcggtagcatatattatgctatagctagcgtgtagctagtat cacatcagctactatgtagctacgatcgagcacactgactacgtagctag tagcggatcgatagctgatctgactgactatatatagcgcgcgatatata gcgcgtagatcgtagccgcgcgatgatatataaggagactgactagc...

    1. Re:In case it gets slashdotted.... by jcomand · · Score: 4, Informative

      Good guess, but only part of that sequence is actually in the human genome, in chromosome 20 (with one error):
      Query: 103 catcagctactatgtagctacgatc 127
      Sbjct: 84163 catcagctactttgtagctacgatc 84187
      The quality of match is rated at E=0.65, which means that you would expect to find a match this good by chance 65% of the time. (E value will change slightly if you search different databases.)
      Try searching for the sequence yourself here under Nucleotide-nucleotide BLAST (blastn)

      If you want to see the real thing, you can browse one version of the "real" human genome here. If you click on the blue chromosome 1, and then "Download/View Sequence/Evidence", then "display", you can see the repeating "telomere" sequence at the beginning of chromosome 1.

  16. Does anyone remember... by thisisauniqueid · · Score: 2, Interesting

    Does anyone remember the story of the hacker that actually wrote the code that cracked the genome sequencing problem? He is the unsung hero of this whole private vs. public debacle. He wrote a 10,000 line C program to do the sequencing in "rafts" and "contigs" in the space of a few days -- and had to ice his wrists from all the work... it was because of his brilliant work that the race went from being a 20-year thing to a 3-year thing, and of course nobody knows his name. (And I've forgotten it.)

  17. Well this is a bit embarrassing by glwtta · · Score: 4, Insightful
    I supposedly do this crap for a living, and I find out about this from slashdot.

    Anyway, Celera seems to epitomize the way large projects like this become free: they sink billions upon billions of dollars into a project which is soon supplanted by a better free (though, of course, government funded) alternative, and after years of unsuccessfully trying to sell it, release it for free for a bit of good PR.

    But then again, they've made a huge contribution to the field overall; Craig Venter may be an arrogant prick, but he gets shit done, while Francis Collins mostly waxes poetic about the bright future of genomics.

    Well, that seems like enough venting about the sad state of research.

    --
    sic transit gloria mundi
  18. Re:'Bout Time by Fnkmaster · · Score: 3, Insightful

    So, lemme get this straight: they fired the people in an unprofitable part of their business and expanded into profitable endeavours. God, that sounds absolutely evil. Err... maybe that's just basic sound business practice?

    Upper management may or may not be rotten, but you don't really explain what was "evil" about their actions.

  19. 30 Billion Base Pairs by Sentriculus · · Score: 3, Insightful

    Someone has probably already pointed out that human DNA contains 3 billion base pairs and not 30 billion. It is a sad shame that a company as renown as Celera is overshadowed by blatant misinformation; even from former CEO Craig Venter who is known for calling archea a type of bacteria in the December 2004 issue of SCIENCE magazine. Mishaps like this further alienate the real intellectuals who would normally be capable of over-running the Internet towards an information rapture in the scientific community.

    -Bio major/Nerd

  20. It's already free by jezmund · · Score: 4, Informative

    Genomes are available at http://www.ensembl.org/ . I know I've said this before, but I feel it can't be overemphasized. Ensembl is so incredibly cool. I imagine Celera is releasing their data because no one wants to pay for it when Ensembl has it for free. Additionally, Ensembl has tools that provide so much more than just genome sequence-scanning. And they use open source projects like BioPerl and use Wiki for documentation! I think this is just a PR stunt for Celera.

    --

    "fist in the air in the land of hypocrisy"
  21. Re:'Bout Time by Cipster · · Score: 2, Informative

    Both sides had a difficult time assembling the sequence. Celera's data was of higher quality because their method provided for better coverage AND they could use the public data to clear up any ambiguities.