asyncritus arguments against evolution
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Rumraket wrote:
OK you guys.
You've spent a lot of good electrons failing to answer ANY of the points raised.
Let's just take one.
How did a bat precursor (for which you have no evidence whatsoever)
Molecular phylogenetics and Ancestral Sequence Reconstruction. Look it up.
Rumraket wrote:Why'd you go ahead and repeat questions I already answered, complete with strawmen I already pointed out? This is trolling, nothing more.
asyncritus wrote:OK you guys.
You've spent a lot of good electrons failing to answer ANY of the points raised.
asyncritus wrote:Let's just take one.
asyncritus wrote:How did a bat precursor (for which you have no evidence whatsoever)
asyncritus wrote:obtain the most advanced echolocation system on the planet? And learn how to use it?
asyncritus wrote:Please forego the insults now you've got them out of your systems,
asyncritus wrote:and answer the question. Scientifically, of course.
asyncritus wrote:Rumraket wrote:
OK you guys.
You've spent a lot of good electrons failing to answer ANY of the points raised.
Let's just take one.
How did a bat precursor (for which you have no evidence whatsoever)
Molecular phylogenetics and Ancestral Sequence Reconstruction. Look it up.
No, you look it up and bring it here let's all have a look.
asyncritus wrote:
The papers you guys have quoted are so full of irrelevancies, tripe and guesswork it's hard to credit it.
asyncritus wrote:I've shown quite clearly how poor the effort was to attempt to change the reptile respiratory to the bird's, which is completely backward. How did you gainsay the argument I put forward? You couldn't.
asyncritus wrote:When are you going to abandon the theory?
asyncritus wrote:
You managed to get that fish on to dry land yet?
asyncritus wrote:What about your 13-year old adviser? Any pearls of wisdom? No? Has he/she got a goldfish? Tell 'em to experiment on the fish. Drop it on the carpet, and let's see if it grows lungs, legs or even wings - who knows with this evolution thingy?
I'll get you a Nobel if it does.
asyncritus wrote:Rumraket wrote:Why'd you go ahead and repeat questions I already answered, complete with strawmen I already pointed out? This is trolling, nothing more.
If you have manged to get it out of the water, link me to your post where you did. But you didn't - so Ican't take your trolling remark very seriously.
asyncritus wrote:Rumraket wrote:Why'd you go ahead and repeat questions I already answered, complete with strawmen I already pointed out? This is trolling, nothing more.
If you have manged to get it out of the water, link me to your post where you did. But you didn't - so Ican't take your trolling remark very seriously.
asyncritus wrote:You managed to get that fish on to dry land yet?
What about your 13-year old adviser? Any pearls of wisdom? No? Has he/she got a goldfish? Tell 'em to experiment on the fish. Drop it on the carpet, and let's see if it grows lungs, legs or even wings - who knows with this evolution thingy?
I'll get you a Nobel if it does.
The Stanford 25
“The Map is not the Territory.”
—Alfred Korzybski
Welcome to the Stanford 25 website. Remember, this site is NOT the Stanford 25; it is only a map to a territory, one that must be explored in person! The Stanford 25 consists of hands-on sessions in small groups—you can’t substitute for that, and we don’t try to. This site simply provides a place where our students and residents can go to remind themselves of what they learned, or are about to learn in a hands-on session.
Why the Stanford 25?
We recognized that after a med school physical diagnosis course, there is little emphasis on these skills in the 3rd and 4th years of medical school or in an internal medicine residency.
In the absence of a high-stakes clinical bedside final exam (as opposed to a high-stakes multiple choice exam), there is little impetus for people to learn and master bedside skills—truth is, you can be board certified in internal medicine and no one has really ascertained that your technique in doing an ankle reflex allows you to accurately say a reflex is truly absent. (You will be surprised how most ‘absent’ reflexes become ‘present’ when you learn good technique.) Does it matter? It does to us.
In observing students and residents perform physical diagnosis maneuvers at the bedside, we observe that though they know the theory, their technique may prevent them from eliciting the sign reliably.
We find a real hunger among our residents in internal medicine to sharpen their skills at the bedside.
Many diseases (almost all of dermatology for instance) are diagnosed by bedside exam. In neurology for example, even if the CT and MRI reveals a lot to you, only your exam can tell you what the functional consequence is in terms of motor or sensory loss or cognitive deficit.
For evidence-based medicine fans, a cautionary note here: we are not trying to prove anything, but we do want to be sure that when people write in the chart “reflexes intact” or “cranial nerves intact” or “S1 and S2 heard, no m or g” that it is not a form of fiction, but represents an accurate observation.
What are the goals of a Stanford 25 hands-on teaching session?
Actually explore the territory, not just study the map.
Demonstrate one or more of the 25 technique dependent physical diagnosis maneuvers, then have the residents perform, demonstrate, perfect and show us how they teach.
Add to the repertoire of bedside skills a resident has so that they feel at home and have plenty to observe, demonstrate, and teach.
Create an appreciation for technique and thereby inspire them to add more skills to their repertoire.
Create a culture (yes, it’s happening here) where we collect physical signs, alert others to patients with findings that are instructive, celebrate simple diagnoses that came from listening to a history well, and looking for and finding a critical physical finding.
Before you send us letters asking why X or Y was not included in our Stanford 25 (and we have received many such letters) please remember:
This is not a David Letterman TOP 25.
Instead, it simply represents 25 things we wanted to focus on. We could have easily made this the Stanford 50 or Stanford 200.
Yes, we could easily have substituted a different 25 things for the ones we chose.
If we left out your favorite organ or test, please don’t take it personally.
asyncritus wrote:Spearthrower wrote:Purely by chance, this story is in the news today:
http://www.bbc.co.uk/news/science-environment-17855194Researchers have spotted a group of 53 cells within pigeons' brains that respond to the direction and strength of the Earth's magnetic field.
But of course, Asyncritus doesn't believe that because he can't understand it, so it just simply can't be true. Actually, God directs every little bird to arrive at its destination. Awwww.
I'm sure you've got 53 cells somewhere - but you don't manage to fly 7,800 miles from Argentina to Capistrano and arrive there on the same date every year, do you?
Can you understand that little (???!!!!) fact? And have you any explanation for it? No don't tell me - blind, moronic evolution did it!!!!!! Ha hah hahhhhhh!!! You guys have gotta be kidding, right?
asyncritus wrote:Spearthrower wrote:asyncritus wrote:OK you guys.
There are hundreds of billions of traits you could randomly pick and demand an explanation for, with undefined specificity. The general answer has been given to you so many fucking times it's absurd.
Where? Where? Where? Tell me, pleeeeez!It's natural selection operating on genes.
End of story.
And that's it huh? Woweee!
So the imaginary bat precursor, with the imaginary echolocations system somewhere in its genes, got acted on by natural selection which couldn't do any selecting because the character wasn't yet manifested, and BINGO! the most advanced echolocating system on the planet appeared.
You must have an awful lot of faith in your natural selection god! As I said, evolution is the creation myth of our time, packed full of just-so stories.The problem is that when people go to the trouble of researching, finding papers, and then presenting them here... all you do is say you don't believe it, ignore the papers and continue blathering on about how no one can convince you therefore god.
Now either go find a new axe to grind or do some basic reading on the subject.
The papers you guys have quoted are so full of irrelevancies, tripe and guesswork it's hard to credit it. I've shown quite clearly how poor the effort was to attempt to change the reptile respiratory to the bird's, which is completely backward. How did you gainsay the argument I put forward? You couldn't.
When are you going to abandon the theory?
asyncritus wrote:Rumraket wrote:asyncritus wrote:Spearthrower wrote:Purely by chance, this story is in the news today:
I'm sure you've got 53 cells somewhere - but you don't manage to fly 7,800 miles from Argentina to Capistrano and arrive there on the same date every year, do you?
Can you understand that little (???!!!!) fact? And have you any explanation for it? No don't tell me - blind, moronic evolution did it!!!!!! Ha hah hahhhhhh!!! You guys have gotta be kidding, right?
I notice a distinct lack of arguments in your post, but a couple of blind assertions and appeals to personal incredulity.
You know you're arguing entirely from a position of logical fallacies, right? Just checking.
You managed to get that fish on to dry land yet?
What about your 13-year old adviser? Any pearls of wisdom? No? Has he/she got a goldfish? Tell 'em to experiment on the fish. Drop it on the carpet, and let's see if it grows lungs, legs or even wings - who knows with this evolution thingy?
I'll get you a Nobel if it does.
Spearthrower wrote:
Further, your puerile notion of Yahweh installing the programming into the Platonic bird's brain is utterly absurd given the fact that the continents move. I spanked you on this before - are you back for another round of spankage?
It's not 'evolution' that did it. It's evolution by natural selection
- the retention of alleles in a population that favour particular environmental strategies.
Given the amount of time you spend blathering about this on the internet, it would be useful if you one day went and learned the basics of what you're 'criticising'.
DNA is responsible for reflexes and instinctive behaviour - that may be possible, but has yet to be established. But there remains the little problem: how does DNA do this? After all, it's merely a chemical, and chemicals don't behave instinctively either.
Changes in receptor type or distribution can lead to marked changes in behavior. A particularly striking example
of this is seen in two species of voles that differ in their affiliative behavior. The prairie vole (Microtus ochrogaster)
forms monogamous pair bonds, whereas the montane vole (Microtus montanus) is solitary and does not show a preference
for former mates. Two peptide transmitters, oxytocin in the female and vasopressin in the male, are responsible
for the pair-bonding behavior in prairie voles [81]. The pattern of oxytocin and vasopressin immunoreactivity in the
brains of the two species does not differ substantially, but the distribution of their receptors does [82,83•].
Furthermore, the gene for the vasopressin receptor differs in its 5¢-flanking region but not in the coding region [84••].
This difference may determine which regions of the brain express the receptor. A transgenic mouse expressing the
prairie vole vasopressin receptor gene shows a pattern of vasopressin receptor expression that is similar to that seen in the prairie vole, and increased affiliative behavior in response to vasopressin, also reminiscent of prairie voles
[84••]. This work demonstrates that the localization of receptors that underlie differences in behavior can be
accomplished easily through mutations in the promoter regions of particular genes.
Arginine vasopressin influences male reproductive and social behaviours in several vertebrate taxa1 through its actions at the V1a receptor in the brain. The neuroanatomical distribution of vasopressin V1a receptors varies greatly between species with different forms of social organization2,3. Here we show that centrally administered arginine vasopressin increases affiliative behaviour in the highly social, monogamous prairie vole, but not in the relatively asocial, promiscuous montane vole. Molecular analyses indicate that gene duplication and/or changes in promoter structure of the prairie vole receptor gene may contribute to the species differences in vasopressin-receptor expression. We further show that mice that are transgenic for the prairie vole receptor gene have a neuroanatomical pattern of receptor binding that is similar to that of the prairie vole, and exhibit increased affiliative behaviour after injection with arginine vasopressin. These data indicate that the pattern of V1a-receptor gene expression in the brain may be functionally associated with species-typical social behaviours in male vertebrates.
asyncritus wrote:Here's a summary of your collective refutations. I think it's fair, but feel free to say it isn't.
1 No science except the production of the ancient: mutations and natural selection! As if that could get a swallow 7,800 miles from Argentina to California on the very same date every year!. I've yet to see any science in that explanation. Perhaps you could show me where it is.
asyncritus wrote:Remember, repeating a mantra ( ooohhhhh-mmmmmm 'mutation and natural selection' ) isn't science.
asyncritus wrote:2 'childish hand waving' - no science there, as far as I can tell.
asyncritus wrote:3 'Answers already given' - no science there, as far as I can tell.
asyncritus wrote:4 'Has already been answered' -- no science there, as far as I can tell.
asyncritus wrote:5 'Strawman comments' - no science there, as far as I can tell.
asyncritus wrote:6 'Fish not on dry land' - no answer there, as far as I can tell.
asyncritus wrote:7 Why should he - when you're going to dismiss' - no science there, as far as I can tell.
asyncritus wrote:8 'Incredibly stupid ideas' - no science there, as far as I can tell.
asyncritus wrote:9 'Drugs in an organism affects its behaviour' - They would, wouldn't they? How that answers the question I cannot tell.
asyncritus wrote:10 DNA is responsible for reflexes and instinctive behaviour - that may be possible, but has yet to be established. But there remains the little problem: how does DNA do this? After all, it's merely a chemical, and chemicals don't behave instinctively either.
asyncritus wrote:11'You've had navigation explained' - no science there, as far as I can tell.
asyncritus wrote:12 'Homing pigeons' - no science there, as far as I can tell.
asyncritus wrote:13 'Try and keep up with modern science' - - no science there, as far as I can tell.
asyncritus wrote:As a collection of scientists producing scientific answers to well-observed scientific facts, I think you leave a lot to be desired.
asyncritus wrote:Much improvement is needed. Can do better.
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