LiveFreeOrDie: If you have to invent fictitious exchanges to prove your point, then you've really stooped to a new low.
DNAunion: The fact that you have pigheadedly refused to accept the obvious and unavoidable - for days - has already demonstrated that you are the one stooping to new lows.
And the only reason I created the fictitious exchanges was at your request. But hey, now that you want me to go back to showing the real evidence, fine. Here you go - at your request.
DNAunion: Heres more of Miller twisting Behes statements beyond recognition.
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Miller: One of these [IC biochemical systems Behe discusses] is the eukaryotic cilium, an intricate whip-like structure that produces movement in cells as diverse as green algae and human sperm. And, . . . .
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Behe: "Just as a mousetrap does not work unless all of its constituent parts are present, ciliary motion simply does not exist in the absence of microtubules, connectors, and motors. Therefore we can conclude that the cilium is irreducibly complex" (Behe 1996a: 65).
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Miller: Remember Behe's statement that the removal of any one of the parts of an irreducibly complex system effectively causes the system to stop working? The cilium provides us with a perfect opportunity to test that assertion. If it is correct, then we should be unable to find examples of functional cilia anywhere in nature that lack the cilium's basic parts. (Ken Miller from above URL)
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DNAunion: Wrong! That is not Behes claim. What Miller goes on to show is that some accessory structures can be removed without loss of function. What Miller basically does is show that although a company logo is found on almost all mouse traps, there are some that dont have that basic part. Thats great, but a logo is not one of the essential parts of the IC mousetrap system it is merely an add-on that can clearly be removed without loss of function.
So once again Miller has his way with Behes statements, instead of sticking to what Behe actually says.
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Miller: Unfortunately for the argument, that is not the case. Nature presents many examples of fully-functional cilia that are missing key parts. One of the most compelling is the eel sperm flagellum (Figure 3), which lacks at least three important parts normally found in the cilium: the central doublet, central spokes, and the dynein outer arm (Wooley 1997). (Ken Miller from above URL)
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DNAunion: So what? The first two are accessory parts, not even mentioned by Behe as being any of the required parts of the IC biochemical system. Remember what words of Behe Miller himself just quoted above? Look again.
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Miller: "Just as a mousetrap does not work unless all of its constituent parts are present, ciliary motion simply does not exist in the absence of microtubules, connectors, and motors. Therefore we can conclude that the cilium is irreducibly complex" (Behe 1996a: 65).
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DNAunion. Removing the central doublet and the central spokes still leaves the eel flagellum with microtubles - those that allow the system to preform its usual function. And note that only the OUTER dynein arms are absent which means the INNER dynein arms are still present. So the eel flagellum still has all three parts Behe says are mandatory for ciliary function.
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Miller: This leaves us with two points to consider: First, a wide variety of motile systems exist that are missing parts of this supposedly irreducibly complex structure; (Ken Miller from above URL)
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DNAunion: Really? He sure didnt demonstrate that. The example he used has all three parts Behe states are required for ciliary function.
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Miller:
and second, biologists have known for years that each of the major components of the cilium, including proteins tubulin, dynein, and actin have distinct functions elsewhere in the cell that are unrelated to ciliary motion. (Ken Miller from above URL)
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DNAunion: Indeed, biologists like Behe have known this for years. Behe even explains some of the other functions of tubulin and dynein in the cell when he discusses the cilium in his 1996 book. Yet Miller would have us believe that anyone who knows this is FORCED to reject ID. A tactic to again try to show Behe ignorant (Since Behe accepts ID, does he even know that tubulin and dynein have other functions in cells?" ).
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Miller: Given these facts [sic], what is one to make of the core argument of biochemical design namely, that the parts of an irreducibly complex structure have no functions on their own? (Ken Miller from above URL)
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DNAunion: What in the world is this nut case talking about? Hes completely misrepresenting Behes argument. Nowhere does Behe claim that the individual parts of an IC biochemical system cant have functions on their own. Behe even explains what roles tubulin plays in the cell other than in relation to cilia.
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Miller: The key element of the claim was that: ".. any precursor to an irreducibly complex system that is missing a part is by definition nonfunctional." But the individual parts of the cilium, including tubulin, the motor protein dynein, and the contractile protein actin are fully-functional elsewhere in the cell. (Ken Miller from above URL)
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DNAunion: QUOTING OUT OF CONTEXT!!!!
That is not AT ALL what Behe is saying in the partial sentence Miller disingenuously lifts. Yet another strawman version of Behes actual argument concocted by Miller.
[from a later post]
Behe was talking about a functional precursor system that would be in a direct evolutionary route i.e., perform the same function by the same mechanism - to the final IC biochemical system: context is important. Miller selects a fraction of the whole quote and then misrepresents Behe, trying to change Behe into talking about any single part, even if it is part of a circuitous evolutionary route and never appears in the final system until the very end. Two very different meanings.
[and from a later post]
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Behe: Now, let us sit back, review the workings of the cilium, and consider what they imply. What components are needed for a cilium to work? Ciliary motion certainly required microtubules; otherwise, there would be no strands to slide. Additionally it requires a motor [i.e., dynein], or else the microtubules of the cilium would lie stiff and motionless. Furthermore, it requires [nexin] linkers to tug on neighboring strands, converting the sliding motion into a bending motion, and preventing the structure from falling apart. All of these are required to perform one function: ciliary motion. Just as a mousetrap does not work unless all of its constituent parts are present, ciliary motion simply does not exist in the absence of microtubules, connectors, and motors.
All systems that move by paddling ranging from my daughters toy fish to the propeller of a ship fail if any one of the components is absent. The cilium is a member of this class of swimming systems. The microtubules are paddles, whose surface contacts the water and pushes against it. The dynein arms are the motors, supplying the force to move the system. The nexin arms are the connectors, transmitting the force of the motor from one microtubule to its neighbor.
The complexity of the cilium and other swimming systems is inherent in the task itself. (Michael Behe, Darwins Black Box: The Biochemical Challenge to Evolution, Free Press, 1996, p64-65)
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DNAunion: And when Miller refutes Behe with his eel-sperm flagellum, does it still have microtubules? Yep. Does it have dynein? Sure does. Does it have nexin linkers? Absolutely. Yep, it had all three. Hardly any refutation of Behe (more like a confirmation!).