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Scientists Attempting to Create Simple Life Form

derubergeek writes "The Washington Post is reporting on an apparently credible project to create a simple life form in a petri dish. The goal is two-fold: 1) to actually create a unique life form essentially from scratch and (more importantly) 2) to extensively analyze and model the entire biology of this critter. Exciting and scary at the same time. From the article, it sounds as if they are quite wary of their project and fascinated at the same time. I usually refer to that sensation as 'That little voice that I should have listened to...'" There's also a NY Times article.

64 of 565 comments (clear)

  1. Have they not seen Wierd Science by tangledweb · · Score: 4, Funny

    This has already been done.

    1. Re:Have they not seen Wierd Science by Bonker · · Score: 3, Insightful

      First thing that popped into my head when I read this was the Oingo-Boingo 'Weird Science' theme. Dates me pretty soundly, I guess.

      This here is the time to start thinking about everything science fiction has ever told us when dealing with artificaial life. It's one of the few sub-genres of science fiction that's almost always cautionary... from 'Frankenstein'--

      "FIRST POST... BAAAAD!!"

      --to 'Species'--

      "That hole in his back makes him look just like the goatse.cx guy... except it's because his spine was torn out."

      Man will create life. There's no doubt about it. It's a given. Eventually, we'll no doubt even create life that looks, acts, and feels human. What we should never forget, however, is that we are stepping into territory where angels fear to tread and should take each action with only after gut-wrenching, soul-searching thought.

      Is it resonsible, moral, or ethical to create life when the planet is as overcrowded as it is?

      Is it ethical to create life that can feel, think, or be hurt when you *know* we're going to dissect and vivisect of what we create?

      Is it ethical or responsible to create life, when we know that we're already making serious mistakes in genetic engineering, such as the genes that recently jumped between soya and corn?

      This is a wonderful new field of science that has incredible potential for human advancement. It also has incredible potential for misuse and unethical behavior.

      --
      The next Slashdot story will be ready soon, but subscribers can beat the rush and slashdot the links early!
    2. Re:Have they not seen Wierd Science by MilesBehind · · Score: 4, Funny

      The problem of generating overpopulation and things is not even close to being relevant. Potential uses of organisms that this research will eventually allow us to produce would actually reduce the strain put on resources and the environment that a large human population will produce. Engineered organisms wouldn't be consumers, they would be slave labour for humans. As the article says, they could be used to biotransform toxins emanating from large manufacturing plants.

      That said, if these things ever get out of the lab before our knowledge about genetics is complete, we are screwed. Nature has put into DNA many checks and switches to prevent rampant mutations, which the humans will not bother to put in, or won't be aware of. Organism loose, mutating at will, and you got yourself a killer strain of urinary infection-causing organisms. I say that if the people around the lab start pissing blood, we gotta have a nuke ready to wipe out the area. It's the only way to be sure. :)

    3. Re:Have they not seen Wierd Science by IIRCAFAIKIANAL · · Score: 3, Interesting
      Is it resonsible, moral, or ethical to create life when the planet is as overcrowded as it is?

      I doubt we are going to be pumping out thousands of lifeforms as big as humans just for the hell of it. Why not produce lifeforms that can (for example) consume greenhouse gasses and produce energy? That would certainly reduce the strain on the environment.
      Is it ethical to create life that can feel, think, or be hurt when you *know* we're going to dissect and vivisect of what we create?

      You mean like the special breeds of rats and mice that we use in labratories? Already been done, essentially.
      Is it ethical or responsible to create life, when we know that we're already making serious mistakes in genetic engineering, such as the genes that recently jumped between soya and corn?

      Didn't happen. Prove that this has happened.

      --
      Robots are everywhere, and they eat old people's medicine for fuel.
    4. Re:Have they not seen Wierd Science by 4of12 · · Score: 3, Insightful

      Your caution is well advised.

      If anything is obvious and plainly evident, it is that mankind has not done the most commendable job of managing the current set of life forms on planet earth.

      "Be fruitful and multiply..." - check.
      "Do not kill..." uhh...

      If there are overly many human beings for our existing biosphere and too many of them are living unhappy lives, then producing other sentient life forms is not likely to improve things, unless they eat septic sludge and excrete something that counts as food to us.

      --
      "Provided by the management for your protection."
    5. Re:Have they not seen Wierd Science by n-baxley · · Score: 4, Informative

      Is it ethical or responsible to create life, when we know that we're already making serious mistakes in genetic engineering, such as the genes that recently jumped between soya and corn?

      I think we covered this in the "Gene jumping" thread. The gene's didn't jump, the two seperate products were mixed together, as solids, and so some of the genetically modifed stuff got in with the non genetically modified stuff and when ingested, poff. The genes are merged. Or some such nonsense. The article had nothing to do with genes jumping speceies. Just another case of /. editors not reading the story well enough to create a decent headline.

    6. Re:Have they not seen Wierd Science by Sj0 · · Score: 4, Insightful

      Why do you assume that such life forms would be sentient? Just creating basic micro-organisms is an incredible challenge, and creating a basic micro-organism is what we're trying to do here. Making a sentient, multicellular organism is so far in our future compared to this experiment, it's incredible. It's like saying that Marie Curie was trying to build a cold fusion reactor.

      I'm suprised and dissapointed at the number of kneejerk luddites in this thread who automatically make some magical connection between micro-organisms(ie. simple life, the kind which first formed several billion years ago), and human life(ie. complex life, the kind which formed several hundred million years ago), and therefore declare that all experiments of this type are dangerous. Creating simple life forms is merely a means to the end of learning more of our origins -- knowlege which is important in the grand scheme of our understanding of the universe.

      --
      It's been a long time.
    7. Re:Have they not seen Wierd Science by DennyK · · Score: 3, Interesting

      Why not produce lifeforms that can (for example) consume greenhouse gasses and produce energy? That would certainly reduce the strain on the environment.

      Do we really know what the long-term consequences of releasing such organisms into our ecosystem would be? Even if they are not deliberately released, if they are widely used, they're gonna get out sooner or later. Even if they're somehow designed to die outside the lab or CO2 processing plant, there's still the distinct possibility of a mutated strain that bypasses those controls.

      Who knows? Create a CO2 eating microbe today...in five hundred years, or even fifty, 90% of the Earth's plant life may end up dead for lack of CO2 because these little buggers have multiplied and spread out of control.

      The Earth is an incredibly complex, carefully balanced system. Trying to engineer it too excessively when we're really not sure at all what we're doing could backfire in a big way.

      DennyK

    8. Re:Have they not seen Wierd Science by Theatetus · · Score: 3, Interesting

      Why not produce lifeforms that can (for example) consume greenhouse gasses and produce energy?

      I'm not in principle opposed to the idea. But then again, the people who will be coding the DNA are the same people who can't check IIS buffers for overruns.

      I grew up in Mississippi. About 100 years ago, everyone was worried about soil erosion. Somebody came up with a great idea to prevent erosion: introduce a vine from Asia that had really stubborn roots and could hold soil down. The vine? Kudzu. Now the whole deep South is overrun with the damn stuff and they can't get rid of it. The effects of the introduction on the ecosystem were much broader than anyone had anticipated. Something tells me that releasing a life form that eats greenhouse gases would have even greater effects.

      --
      All's true that is mistrusted
    9. Re:Have they not seen Wierd Science by Jerf · · Score: 4, Informative

      Nature has put into DNA many checks and switches to prevent rampant mutations, which the humans will not bother to put in, or won't be aware of. Organism loose, mutating at will, and you got yourself a killer strain of urinary infection-causing organisms.

      Speaking generally, those checks are not placed in the organisms to protect the greater biosphere, as you implicitly claim. Why would urinary tract bacteria put in mutation controls if by removing them they could become a "killer strain", vastly more successful? Sounds like it's all gravy for the urinary bacteria, no?

      The real reason those checks exist is that in general, mutation is bad. As you make a given generation take on more and more mutations, the probability approaches 1 that at least one of those mutations will be fatal. This is a slight oversimplication, but the probability that two mutations "cancel" or that one buffers the other, while non-zero, is even smaller then the odds of one mutation being neutral or beneficial, and can be ignored, especially as the number of mutations in a given offspring increases (because it takes those small probabilities and starts raising them to large powers, sending them to 0). As you get up into the tens, hundreds, or thousands of mutations (that aren't on introns), the organism just isn't going to survive that.

      Thus, mankind will indeed need to copy those checks and balances, or his organisms will swiftly die. In fact, almost anything we could "build" right now would swiftly die in the real world, which is immensely more hostile to life now then it was several billion years ago. That may sound wierd, but it's true; show any weakness (AIDS, for instance) and any of millions of types of bacteria, animal parasites, insects, fungi, viruses, and assorted other nasties are literally ready to eat you for lunch, all of which you can currently repel, come to some form of balance with, or avoid for the most part. It will be a long time before Man creates anything truly original, and even longer before it is strong enough to threaten anything seriously.

  2. Safe? by YrWrstNtmr · · Score: 5, Funny

    To ensure safety, Smith and Venter said the cell will be deliberately hobbled to render it incapable of infecting people; it also will be strictly confined, and designed to die if it does manage to escape into the environment.

    hmmm...where have I heard this before? Something to do with female dinosaurs and frog DNA.

    1. Re:Safe? by Bandman · · Score: 3, Funny

      yea, I'm sure they made it Lysine dependent or something.....losers! lol

    2. Re:Safe? by GMontag · · Score: 3, Funny

      From the description of scooping out the DNA from an existing bug and adding new DNA, this sounds more like the documentry "Species".

      And they took precautions to keep it from getting away too, remember? They made it female so it could be "easier to control".

      Also, as pointed out in the movie, these guys must not have not been around many women.

  3. Frankenstein by e8johan · · Score: 3, Interesting

    As they say that they're going to do it in a "petri dish" I assume that we will not see Frankenstein, but rather Flubber.

    I though that this has been done part-way in simulations of earths early atmosphere using electic discharges. At least they made aminoacids that way (I think they did that).

    1. Re:Frankenstein by ComaVN · · Score: 5, Funny

      I though that this has been done part-way in simulations of earths early atmosphere using electic discharges. At least they made aminoacids that way (I think they did that).

      Amino acids are to life as a bolt is to a spaceshuttle, so no, they didn't do this yet.

      --
      Be wary of any facts that confirm your opinion.
    2. Re:Frankenstein by toxcspdrmn · · Score: 5, Informative

      You are thinking of the Miller-Urey Experiment.

      In the '50s they put some simple chemicals (methane, ammonia, hydrogen and water) in a sealed vessel and added energy (as electrical discharges). They found about 2% of the material formed amino acids.

      --
      "E pur si muove!" - attributed to Galileo Galilei, 1564-1642
    3. Re:Frankenstein by TheSync · · Score: 4, Informative

      The Miller-Urey experiment does show that random energy into a specific set of simple chemicals can yield amino acids.

      However, it did not produce all amino acids required for life as we know it. Moreover, there is no known chemical pathway to go from a bunch of amino acids to DNA/RNA. Plus there is also significant debate about whether the initial atmosphere they began with existed on Earth at the time of the origins of life.

      Other researchers have suggested that inoganic forms of proto-life (crystal growth) may have had a role in the catalysis of organic chemicals to actually get to something leading to RNA/DNA.

      I'm not saying that there is anything particularly magic about the formation of life, just that Miller-Urey is a very small part of a very big question.

  4. You Mean by ksplatter · · Score: 5, Funny

    They are gonna create a Slashdot Moderator From Scratch.

    1. Re:You Mean by Anonymous Coward · · Score: 4, Funny

      Initially they were trying to create a Slashdot editor from scratch, but had to remove the genes responsible for repeat articles.

  5. I used to do that as a child by eX-fly · · Score: 5, Funny

    They are called Sea Monkeys!

  6. They already have a great example by JessLeah · · Score: 5, Funny

    ...of a 'simple lifeform'. It lives in the white house...

  7. Not from scratch, technically by theRhinoceros · · Score: 5, Informative

    The project will begin with M. genitalium, a minuscule organism that lives in the genital tracts of people and may cause or contribute to some cases of urethritis, an inflammation of the urethra. The scientists will remove all genetic material from the organism, then synthesize an artificial string of genetic material, resembling a naturally occurring chromosome, that they hope will contain the minimum number of M. genitalium genes needed to sustain life. The artificial chromosome will be inserted into the hollowed-out cell, which will then be tested for its ability to survive and reproduce.

    They're taking an already extant organism, "hollowing it out" as it were, and seeing if it can live and reproduce normally with a series of increasingly customized (and minimal) genetic material. Not creating something from nothing.

    1. Re:Not from scratch, technically by ReelOddeeo · · Score: 3, Redundant

      They're taking an already extant organism, "hollowing it out" as it were, and seeing if it can live and reproduce normally with a series of increasingly customized (and minimal) genetic material. Not creating something from nothing.

      That is simply because we cannot yet manipulate things at the molecular level in sufficient quantity or resolution. Once we can, then someone might not even start with an existing organism's shell script wrapper.

      Of course, I suppose, even then, they would not be starting from "nothing".

      --

      Those who would give up liberty in exchange for security and DRM should switch to Microsoft Palladium!
    2. Re:Not from scratch, technically by cybrpnk2 · · Score: 5, Interesting

      An excellent overview of minimum-gene-set research is here...

  8. Why THIS bacterium?! by micromoog · · Score: 5, Funny
    The project will begin with M. genitalium, a minuscule organism that lives in the genital tracts of people and may cause or contribute to some cases of urethritis, an inflammation of the urethra.

    If they had to choose a bacteria to do unpredictable and possible dangerous experimentation with, why did they choose one that is known to cause crotch-burn in humans?!

    1. Re:Why THIS bacterium?! by ReelOddeeo · · Score: 3, Funny

      If they had to choose a bacteria to do unpredictable and possible dangerous experimentation with, why did they choose one that is known to cause crotch-burn in humans?!

      Probably because it was the simplest form, or the easiest to work with that they could obtain over the counter.


      (an alternate theory might have something to do with culling the herd.)

      --

      Those who would give up liberty in exchange for security and DRM should switch to Microsoft Palladium!
    2. Re:Why THIS bacterium?! by capt.Hij · · Score: 3, Funny

      The rumor is that they started out with something that they found in the bottom of the coffee pot in the math department. After much debate they felt that the bug that causes crotch wrotch was less intimidating.

    3. Re:Why THIS bacterium?! by corvi42 · · Score: 5, Informative

      If you read the article to the end, it says why. This cell has the least number of genes of any organism known, so it is easier to reduce this to a basic minimal set than something more complex. The whole point of the experiment is to get the absolute minimum requirement of genes for basic cellular operations. So a this creature is ideally suited as it is already the most minimal set found in nature.

      --

      There are a thousand forms of subversion, but few can equal the convenience and immediacy of a cream pie -Noel Godin
    4. Re:Why THIS bacterium?! by Henry+V+.009 · · Score: 3, Informative

      They did it already with Polio.

    5. Re:Why THIS bacterium?! by corvi42 · · Score: 3, Informative

      A virus is not a cell, and does not have the fundamental operations of a cell. The whole point of this experiment is to determine what genes are responsible for what cellular processes, and how the chains of cascading protein-interactions lead from a set of genes to a set of cellular functions. Therefore it would be pointless to use a virus.

      --

      There are a thousand forms of subversion, but few can equal the convenience and immediacy of a cream pie -Noel Godin
  9. Is it actually creating life though? by Helmholtz+Coil · · Score: 5, Insightful

    When I read the headline this morning I thought it was going to be entirely from scratch, but the article says that they're "just" (like it's not still amazing we can do this) going to take an existing organism, and strip it of most of its DNA until they get down to the bare minimum required to sustain life. So I don't know if I'd necessarily call it "creating" life, because it seems to be more of the same modifying existing life people have been doing for a while now.

    1. Re:Is it actually creating life though? by CrosseyedPainless · · Score: 3, Funny

      Splitters!

    2. Re:Is it actually creating life though? by derubergeek · · Score: 3, Interesting
      That was my initial reaction to the article also. But after a couple of reads (as opposed to a couple of reds), my interpretation is that they're ripping out the entire genetic structure (RNA/DNA) and synthesizing a new set entirely from scratch.

      As I responded to another post, I'm unsure as to how much of the actual cell structure (aside from the membrane) will remain...i.e., nucleus, mytochondria, etc..

      I'm viewing it as 'creating life' in the sense that someone who 'creates software' doesn't actually build the computer from sand, program the O/S in machine, and design & implement a compiler (at least not typically - I have a handful of friends who always seem to sidetrack themselves down that path...).

      --
      Trust me. This is an inactive account. Regardless of what the /. bean counters might report.
  10. his name... by selderrr · · Score: 4, Funny

    If it/he/she survives, they should give it/him/her a name.

    I vote for the name "spam"

  11. I wonder... by Whispers_in_the_dark · · Score: 4, Funny

    What will "Hello World" in DNA look like?

    1. Re:I wonder... by JaredOfEuropa · · Score: 3, Funny

      I am more curious to find out what the evolutionary equivalent of "First post" is.

      --
      If construction was anything like programming, an incorrectly fitted lock would bring down the entire building...
  12. LFS by makapuf · · Score: 3, Funny

    will it now mean "life from scratch".

  13. Aaargh by Daniel+Dvorkin · · Score: 5, Insightful
    From the article:
    The project raises philosophical, ethical and practical questions. For instance, if a man-made organism proved able to survive and reproduce only under a narrow range of laboratory conditions, could it really be considered life? More broadly, do scientists have any moral right to create new organisms?
    Why the hell not? I am so fucking sick of people invoking morality (or "ethics;" IMO it's a distinction without a difference, but that's a whole 'nother argument) as an argument against biological research. No one ever brings these arguments up in chemistry, or physics, or math -- despite the demonstrated ability of, e.g., a bunch of physicists working with a few chemists and mathematicians to come up with a device that can fry an entire city in a fraction of a second. But when it comes to biology, people get squeamish because ... well, because we've had the idea implanted in our heads, at least since Frankenstein, that cutting-edge biological research is somehow "playing God." Any time you hear anyone saying there are "ethical concerns" with biological research, that's what they're talking about, even if they're too mealy-mouthed to admit it.

    Frankenstein was a story. It was fiction. And so was Jurassic Park, and so was Gattaca. I won't comment on the Bible here, although my view of that book is probably pretty clear from the context ... And none of it, none of it, justifies putting up roadblocks to research that will, almost certainly, in the not-too-distant future, save lives.
    --
    The correlation between ignorance of statistics and using "correlation is not causation" as an argument is close to 1.
    1. Re:Aaargh by pubjames · · Score: 5, Interesting

      No one ever brings these [moral] arguments up in chemistry, or physics, or math

      I think Einstein would have disagreed with you.

    2. Re:Aaargh by Daniel+Dvorkin · · Score: 5, Insightful

      Okay, fair enough; Einstein had serious doubts about the morality of atomic weapons -- and so did Oppenheimer, who had a lot more to do with the actual building of the bomb than Einstein did. But those were moral doubts about the applications of the science, not the research itself. No one told Fermi, when he was building his first atomic pile, that he must stop immediately because There Are Things Man Was Not Meant To Know.

      --
      The correlation between ignorance of statistics and using "correlation is not causation" as an argument is close to 1.
    3. Re:Aaargh by Skirwan · · Score: 5, Funny
      But those were moral doubts about the applications of the science, not the research itself.
      Researching gene splicing: Good.
      Creating a three-assed monkey: Bad.

      It's really not that hard.

      --
      Damn the Emperor!
    4. Re:Aaargh by CommieLib · · Score: 3, Insightful

      I think that there's pretty much a consensus that the world would be a better place if nuclear weapons had never existed. A bell, of course, cannot be unrung.

      What Bible-thumpers like myself contend is that man's ability to create often outpaces man's wisdom to use. Do you can consider that a controversial argument? I think that the "creation" (not really a creation, more like stripping the engine and transmission out of a car and replacing them) is the first step into creating an unimaginably powerful force. Whether that force will be for good or evil is yet to be seen.

      Simply because one can make the case that a force can save lives does not automatically trump any force for evil it may introduce concomitantly. See Edward Teller...

      Anyhow, at this point, it's way too late to have this debate. The genie is already out of the bottle, and now we have to ensure that the good guys stay ahead of the bad guys in this race.

      --
      If your bitterest enemies are people who hack the heads off civilians, then I would say you're doing something right.
    5. Re:Aaargh by utahjazz · · Score: 5, Funny

      Einstein had serious doubts about the morality of atomic weapons [...] But those were moral doubts about the applications of the science, not the research itself.

      Actually, I went to see Stephen Hawking speak a few years back, and outside the building were a group of a dozen or so protesters. They were protesting the existence of black holes etc... claiming that Hawking was sent by Satan to lure us away from the Bible.

      I can't imagine anything more benign than sitting in a wheelchair thinking about what peices of the universe billions of miles away are like. But, it goes against the bible, so it is 'immoral'.

      -see you in hell

    6. Re:Aaargh by HalfFlat · · Score: 3, Insightful

      We should never justify killing new lives as "saving lives". That's just backwards.
      No, it's just hard and uncomfortable.

      Hopefully such a hypothetical situation will never arise, but what if the only feasible way to save 500 people was to sacrifice 100? (The recent hostage situation in Moscow comes to mind, but it's far from clear that the use of gas was in fact the only feasible way, or that the hostages were otherwise sure to die.) What if the only way to save 2 lives were to sacrifice one? What if the one was a friend, and the two were strangers?

      And then there is the question of life. All life is not regarded morally equal, for we have little qualms in eating vegetables, and even have even less care for the millions and millions of minute organisms that die through our action or inaction every day. What makes a life valuable? It's a hard question, and not simply solved by saying that it's "human" or not. What is so special about a bunch of genes by themsleves?

      These questions are hard, as demonstrated by the lack of widely accepted answers. Blanket dismissals though just hide the problem. If the problem is not confronted, then we may be acting in ways that we would regard as morally wrong if we later viewed them in a rational light. In that sense, not thinking about these problems can itself be regarded as amoral.

    7. Re:Aaargh by Jonathan · · Score: 3, Insightful

      Yes, and because of the Computer Science orientation of most /. readers, they know that some professor's AI project is not going to take control of the nuclear arsenal of the US ala Terminator's Skynet. They understand that such scenarios are just fantasy. And yet similar paranoia applied to a field they don't know that much about is treated like a realistic worry. It's funny, really.

    8. Re:Aaargh by Idarubicin · · Score: 4, Interesting

      This is actually kind of ironic. Our understanding of physics (general relativity and quantum mechanics, and all the floppy connective bits we've tried to stick in between) breaks down rather badly around singularities--black holes (if they exist). If anything, these protesters should be cheering the existence of black holes. They're sort of like God's practical joke on physicists.

      --
      ~Idarubicin
  14. Re:News: Two famous scientists found dead by Daniel+Dvorkin · · Score: 4, Insightful

    No, you're the only one to whom it seems incredibly foolish. Well, okay, you and a bunch of other fools.

    As I said in another post, no one raises these objections with physics, or chemistry, or math, despite things like, oh, say, the atomic bomb. All scientific research is potentially dangerous. But stopping research because of some vague fear, or some pseudo-philosophical-religious claptrap like "some things are better off left alone" (what things exactly? Be specific) would leave us in the Dark Ages.

    Jellyfish don't do scientific research. No jellyfish has ever built an atomic bomb, or engineered a dangerous virus, true. But would you rather be a jellyfish, or a human being?

    --
    The correlation between ignorance of statistics and using "correlation is not causation" as an argument is close to 1.
  15. Results to appear in ... by gcondon · · Score: 5, Funny


    The New England Journal of Evil

  16. Re:Hello...? by JanneM · · Score: 4, Interesting

    And if the scientists in question are not interested in those areas? What do you suggest - making it illegal to fund "non-important" science? Who would have the say on what is important? And how exactly do you then stop those affected scientists from continuing their work at a university in another country, rather than toeing to the line and doing 'important' stuff? The science community is by it's nature a pretty mobile bunch of people; it's built into the system that spending time at other universities and other countries is seen as a good thing and a boon to one's career.

    This is a parallel to those advocating the joining of competing open-source projects. It won't work to mandate what people work with there, and it won't work here. In both cases, people are working on what they do (or financing the work) because they find it fascinating and important, and no matter what others say they should be doing they will continue doing what they do.

    --
    Trust the Computer. The Computer is your friend.
  17. Re:What's so scary? by Total_Wimp · · Score: 5, Insightful

    Star Thistle is commonly found in California fields only it's not native and it wasn't put there on purpose. It has displaced the local grasses almost completely in some areas. This is only one of thousands of examples of non-native species that have infested new (to them) environments.

    All environments will be new to this critter. That makes the "scary" part, to me anyway, the fact that if this were to escape and survive it would displace something else with absolutely unknown consequences. We are completely dependant on our environment's biology for breathable air and edible food so it's pretty damn important that we don't accidentally (no one would even _consider_ doing it purposely, would they?) introduce some species that will screw it up.

    I'm not saying we shouldn't experiment. I'm just saying that everyone should have a healthy dose of fear over this particular kind of experiment.

    TW

  18. Creator? God? by mrnick · · Score: 3, Interesting

    I've had asked this question before but never received a good answer.

    If man creates a new life form by definition man is the "Creator" of that life form. If somehow in a distance future man builds on this knowledge and creates an intelligent life form, from scratch, would man be it's "Creator"? If so, could one say that man is it's God?

    This was touched upon in the Deep Space 9 trek series. The Dominan (sp?) created two life forms and the life forms acknowledged their "Creators" as their God.

    Who knows?

    Nick Powers

    --

    Encryption: I may not agree with what you say, but I will defend your right to encrypt it...
  19. Excellent National Academy of Sciences Report... by cybrpnk2 · · Score: 5, Informative

    The minimum number of genes required for an organism to survive has been a topic of interest for several years. An excellent semi-technical overview of this effort was produced by The National Academy of Sciences...

  20. Re:Hello...? by Daniel+Dvorkin · · Score: 5, Insightful

    There are two basic approaches to medical research. The first is the "shotgun" approach -- throw a bunch of chemicals at a disease and find one that stops the disease process without killing the patient. This approach has led to some great successes over the last century or so, but the problem is, as far as we can tell, we've just about discovered everything we're going to discover by this method. The easy stuff has been done.

    The other approach, the molecular approach, is to figure out how life works -- and, of great interest from the medical applications point of view, how it goes wrong -- from the ground up, and try to use that knowledge to build new treatments. That's what these guys are doing. I can almost guarantee you that when a cure for cancer or AIDS is found, it will come from this approach.

    --
    The correlation between ignorance of statistics and using "correlation is not causation" as an argument is close to 1.
  21. Try it with silicon by jmcwork · · Score: 3, Interesting

    Start from the real beginning and try to create the basic building blocks with silicon instead of carbon. That would be a real accomplishment. (No, not silicone. Those life forms are already all over Hollywood.)

  22. Get your own dirt! by jabber01 · · Score: 5, Funny

    One day a group of scientists got together and decided that man had come a long way and no longer needed God. So they picked one scientist to go and tell Him that they were done with Him.

    The scientist walked up to God and said, "God, we've decided that we no longer need you. We're to the point that we can clone people and do many miraculous things, so why don't you just go on and get lost."

    God listened very patiently and kindly to the man and after the scientist was done talking, God said, "Very well, how about this, let's say we have a man making contest." To which the scientist replied, "OK, great!"

    But God added, "Now, we're going to do this just like I did back in the old days with Adam."

    The scientist said, "Sure, no problem" and bent down and grabbed himself a handful of dirt.

    God just looked at him and said, "No, no, no. You go get your own dirt!"

    --

    The REAL jabber has the user id: 13196
    What you do today will cost you a day of your life

    1. Re:Get your own dirt! by Sebastopol · · Score: 3, Insightful

      A joke, but typical of how religion deals with science: once science topples a divine bastion, religion is quick to come up with another one.

      - First they promoted the flat earth

      - Then they promoted the Terra-centric planetary system.

      - Then they promoted the young earth theory.*

      - Then they denied evolution.**

      - Then they said only god could make life.

      - Now they say only god can make dirt.

      Religion will always be able to regroup and criticize, without offering anything other than mircales and mythology. Remember how the Democrats lost this mid-term, by criticizing with no real substance? So will science eventually obviate the need for all creationist religions by eventually leaving religion with so little ground to stand on, no one will take it's claims seriously!

      As an athiest, and IMHO, the only "religions" science won't dismantle are the Theravada Buddhists and Confuscists, because they don't make such gross claims.

      * (There's a childrens book for Christians that claims t-rex's teeth were used for cracking nuts, and that they got along with men before original sin.)

      ** (Of course, finches and antibiotics put this to rest. Fortunately the Roman Catholics were smart enough to reverse course up to this point, just look at rights of ordainment, revised in 1987.)

      --
      https://www.accountkiller.com/removal-requested
  23. chemical hypothesis of life unproven by peter303 · · Score: 5, Interesting

    The hypothesis that "chemistry explains all of life" is nearly universal in science, yet is not fully proven yet (though I believe it). The ultimate test of the chemistry hypothesis is be to construct life from inert chemicals off the shelf. The closest one got was the constuction of a polio virus from regeants earlier this year. The virus appeared viable, but was about a thousand times less potent than its natural version. The simplest life form, as described in this article, is about 20-50 times more complicated than a virus in terms of genes and chemicals (proteins, sugars, others).

    The alternative hypothesis is "neo-vitalism" or that is some mysterious substance or force outside of pure chemistry. This was the prevailing hypothesis until well into the 19th century. But it keeps on reappearing in more "scientific" forms today. One statement is the "only living material can produce living matter", even though you can fully explain all the chemistry, physics, and genetics. Another version callled "morphogensis" is that there are "patterns" in lving matter that are transmitted from ancestor to descendent. Yet another version, championed by physicist Roger Penrose is that there is secret unknown physics involved (clarification: he specificiation is attributing human consciousness to a new form of quantum interaction). Still another variation is "holism" or "emergism" which states the totally is greater than the sum of the parts, i.e. a reductionistic explanation is necessarily incomplete.

    Note the relation of life to matter is a very old philosophical problem. The ancient Greek story of Pygmalian, the medival Golem, and the 186 year old Frankenstein novel all addressed this issue.

    An auxilary problem is artificial intelligence. Its seem obvious that this can be done by us computer geeks. But 55 years of effort have had disappointing results. Some people use similar arguments against artificial life against artificial intelligence.

  24. What if it get the missing genes ? by Alain+Williams · · Score: 3, Interesting
    1. Even if the organism were to escape stringent confinement and enter the environment, Smith said, "it's a dead duck."

    One thing that small organisms do very well is to swap genes. So what if it escapes, borrows some missing/interesting genes from a passing E. Coli ?

    GM crops have been found to swap genes with plants that they weren't supposed to.

  25. Go back to watching NASCAR by NDPTAL85 · · Score: 4, Interesting

    Your comment is a particularly stupid one that not only shows a lack of knowledge on the field of science, but of the personalities of human beings. There is no overlord scientific authority that directs what each and every scientist in the world should be working on. Science is very much an individual pursuit. You learn about what you are interested in or what you accidentally discover. A good scientist is a highly motivated scientist, not one forced to work on a project he/she has very little interest in.

    We have plenty of scientists working on both AIDS and Cancer. If we were to stop all other pursuits until all disease were eradicated our overall standard of living would be much lower due to a lack of innovation in every other field. I suppose just because there's still rabies in the world you think that no scientist should be working on fuel cells, or just because a cure for lupus has been found no one should care a rats ass about developing more efficent supply chain methods...etc.

    --
    Mac OS X and Windows XP working side by side to fight back the night.
  26. Re:News: Two famous scientists found dead by Yunzil · · Score: 5, Insightful

    We are meddling with forces we do not comprehend,

    Yes. The technical name for such meddling is "science".

  27. Re:It's Eviiill! by Ektanoor · · Score: 5, Insightful

    It's an ethical problem. For very religious people such experiments would equal to the most arrogant attempt for humans recreating the Creation. Even if it is inside a lab, such event would leave a huge teological hole on one of the most canonical religious doctrines: that life is somehow "different" from other physical phenomena and could only be created in very exceptional circumstances by an omnipotent being.

    Since the XIX century, we have seen how the crumbling of this "truth" is painfully received among several religions. Since Darwin and Pasteur, every step that closes nears the biotic and anabiotic world is not easy for believers. Many dogmas put living beings in a special place. Besides, humans are put in a more special place. However, the rising of Evolutionism blurred the human-living beings division. Meanwhile while we got closer and closer to the abiotic world, no one could ever mix up inorganic components and bring out an alien crawling outta the lab. So many creationists hang to this last frontier and consider it as "proof" that Life was created by someone. However the new experiments may blur this division to the impossible.

  28. What a piece of crap by abhinavnath · · Score: 5, Informative

    The paper you talk about (Cello, Paul and Wimmer, Science 297: 1016-1018) describes the de novo synthesis of Poliovirus. The authors used polymerases in a cell-free system to translate synthetic cDNA derived from the entire polio genome. The synthetic virus did not differ significantly from the wild-type phenotype (i.e., it was not a "1000 times less potent"). Admittedly, the polymerases used were ultimately of biological origin; however there was no force vital that hindered the synthetic poliovirus. Article specifically states that vitalism was shattered, and that poliovirus is "a chemical with a life cycle". Quo vadis, neovitalism?

    And the rest of your troll goes downhill from there. "Life begets life" dates back to the mid-19th century, and is an empirical observation that countered hypotheses like maggots spontaneously arising from rotting meat.

    Morphogenesis is a genuine scientific concept, but there is nothing mysterious about it. These "patterns" you speak of, they sound strangely like "genes", don't they? Hmm.

    I could find no reference to Penrose and a quantum description of human consciousness. This sounds bogus to me, but even if he did seriously make that claim, human consciousness is in no way a prerequisite for life. A bacterium or an earthworm has no human consciousness.

    And finally emergism. Certainly, in living organisms, the whole is greater than the sum of the parts. The whole can replicate, while the parts cannot. Living organisms are emergent systems, but there is nothing mysterious about emergent systems per se.

    The relation of life to matter is indeed an old philosophical problem. My own religion (Hinduism) has some very interesting perspectives on the divisions between mind, matter and spirit. However this has nothing to do with the issue at hand.

    I am not personally qualified to talk about AI and whether are not it is feasible. However, judging from the rest of your post, I doubt your competence in that field of human endeavor as well.

    --
    My other sig is also a .Porsche
  29. Re:Have they not seen Wierd [sic] Science by i0lanthe · · Score: 5, Funny

    This is a wonderful new field of science that has incredible potential for human advancement. It also has incredible potential for misuse and unethical behavior.

    Heck, forget honest mistakes made by intelligent, thoughtful, ethical scientists; forget unethical misuses slowly plotted by glacial corporations and governments. What I'm worried about is N years after that, when the biology script kiddies swing into action.

    --
    "The Crystal Wind is the Storm, and the Storm is Data, and the Data is Life"
  30. On playing God by drew_kime · · Score: 4, Insightful
    But when it comes to biology, people get squeamish because ... well, because we've had the idea implanted in our heads, at least since Frankenstein, that cutting-edge biological research is somehow "playing God."

    Actually, according to a Catholic theologian when asked about this, to "play God" you would have to invent the rules then sit back and watch what happens within the rules. What we do is try to figure out what the rules are and then do everything we can within them. So trying to create life within the rules that we've got is not "plyaing God" but "playing Man".
    --
    Nope, no sig