On Wed, 27 Apr 2016 17:11:15 -0700 (PDT), Steady Eddie
No, you don't understand the point here at all. The FUNCTION to which
you refer isn't intrinsic to the cards. The FUNCTION is applied
extrinsically by the players. The players could as easily apply the
FUNCTION to 13 hearts, or 4 Aces. The FUNCTION is an arbitrary and
artificial construct and has nothing to do with the cards themselves
or their arrangement.
In order to apply your point to proteins, you would be saying protein
FUNCTIONS could happen with any arbitrary sequence. But protein
FUNCTIONS are intrinsic to their sequence. Change the sequence enough
and their FUNCTION will change. This is basic molecular biology.
>> So no, the point is not as you say above. The point of my analogy is
>> that Meyer calculates his impossible probabilities based on what it
>> would take to re-create an existing protein from scratch. That is
>> mathematically equivalent to figuring out what it would take to
>> re-create an existing hereditary lineage from scratch.
>>
>> But what Meyer et al ignore is that neither proteins nor hereditary
>> lineages start from scratch, but instead build on prior events.
>
>How do YOU know proteins are "built on prior events"?
>You're just begin the question, assuming that they evolved.
No, I do not assume my argument here. Instead, I know and understand
what scientists agree has happened. They know and agree what has
happened based on hard work and reason and years of observation. All
you do here is handwave all that away.
>> And
>> because those prior events already happened, their probabilities are
>> exactly 1, a certainty.
>
>LOL!
>Just because something happened doesn't mean it was a certainty.
>You obviously know less about biology than even Richard Dawkins.
Again, you're not reading for comprehension. I don't talk about the
odds of what could have happened, or what might happen. Once again
when something has happened, it's a certainty that it has happened.
It's a truism. This does not say anything about the probabilities of
what could have happened. There's a difference.
Another way to say it is the probability that you don't exist is zero.
That's different than considering the probability of the existence of
some person yet to be. One is past tense and certain, the other is
future tense and probable. This is basic logic.
> So the probability of the next protein fold
>> is generally the same as the probability of any prior single fold. And
>> the probability of any next generation in a genealogy is generally the
>> same as the probability of any prior single generation.
>
>Again, begging the question, assuming that proteins arise from evolution in order to argue
>that proteins arise from evolution.
No, I am not begging the question. This is proved to be the case. It
is demonstrated that new proteins are similar to existing proteins,
and older proteins are more different than newer proteins. Proteins
don't appear de novo, any more than species do.
>Try to find ONE CASE where any extant functional protein is shown to have arisen from any previous
>functional protein.
I could cite the very same paper Bill Rogers cited, or the articles
Ron O cited, but you just handwave them all away. My impression is
you haven't even read them. You haven't given any evidence that you
know what they say.
>Short of that, you're just blowing smoke.
I realize that you're desperate to draw an equivalence between my
argument and yours, but it's simply not the case. My argument is
based on evidence and reason. Your argument is based on denial of
that evidence and reason. There is no equivalence between your style
of argumentation and mine.
>> And to include rockhead's irrelevant analogy for completeness, the
>> probability of the next card in a shuffle isthe same as any prior
>> single card in a shuffle, allowing for the number of cards already
>> dealt. That's why the odds of any particular hand is exactly the same
>> as any other particular hand, even all spades. What makes any
>> particular hand special isn't the odds of it, but what the users
>> define as special. And the users define all spades as special in part
>> because that's a whole lot easier to notice than some particular hand
>> of 13 cards with nothing in common.
>
>And what makes a particular string of amino acids special is that it performs the EXACT FUNCTION
>needed for that situation.
>Try to keep up.
You're still not reading for comprehension. Nobody assigns FUNCTIONS
to proteins extrinsically. Proteins FUNCTION is intrinsic to the
protein sequence. That's why cells use so many different proteins,
because each one does a very specialized task. Your card analogy has
nothing in common with protein FUNCTIONS.
>> This is something rockhead should know, as he claims some expertise in
>> math. My impression is rockhead does know this, but he's too
>> dishonest to admit it, so instead he changes the subject and/or runs
>> away, just like he did above.
>>
>> And that's what I call documenting my claims. You and rockhead should
>> try doing that with your own claims, if only as a refreshing change of
>> pace.
>
>What, and assume my conclusion like you do?
I don't assume my conclusions. My conclusions are based on the
results of scientists' hard work and detailed analysis of decades of
observations. The only thing you do here is handwave all that away.
>No thanks.
>I prefer to stick with the math.
You don't even understand the math. You offer no mathematical
argument here. The most that you do is point to somebody else's math
without knowing how the math works or how they came to their
conclusions.
>Your problem is that you just help yourself to the presumed pre-existence of "some other (unidentified,
>unseen) protein", but you can't explain its existence except by invoking yet another unidentified,
>unseen protein.
Those pre-existing proteins to which I refer are documented to exist.
Nobody made them up. That's the whole point of all those cites you
handwaved away.
>At some point, you still have to face the probabilistic odds of the first cell arising by chance, which
>happens to include MANY proteins working together, all with the probability of arising of 1 in 10^70.
The number to which you refer, and the arguments which use it, have
nothing whatever to do with abiogenesis. Your willful conflation of
two different arguments speaks poorly of your ability to reason
coherently.
>Moran was right, YOU HAVE TO UNDERSTAND BIOLOGY IN ORDER TO DEBATE AN ID PROPONENT.
Who do you think Moran would agree with, you or me?
>Try to learn something before embarrassing yourself again.
And here is where I document you blowing smoke out of your ass.
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