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BlackBart wrote:So, Coroama, are we to infer that this 'God' is incapable of creating a system of life that can adapt to it's environment
or develop mechanisms such as a gear independently?
LucidFlight wrote:Well, there's the wood-boring wasp:
Wood Boring Wasps Inspire New Neurosurg[ery] Probe
British scientists are mimicking the function of wood-boring wasps to create a specialized probe for performing brain surgeries. The wasps use ovipositors, or specialized shafts that move counter to each other, to drill into trees while causing little damage to the tissue of the plant.
[Full article.]
Bribase wrote:
And read in the context of what I wrote, you would understand that I'm talking from a standpoint of evolution. Do you understand what a selection pressure[/url] is, Coroama?
Coroama wrote:BlackBart wrote:So, Coroama, are we to infer that this 'God' is incapable of creating a system of life that can adapt to it's environment
thats called micro evolution.or develop mechanisms such as a gear independently?
Well, i have just to look at the gear, and intuitively i know, THAT'S DESIGNED.
Well, i have just to look at the gear, and intuitively i know, THAT'S DESIGNED.
Coroama wrote:BlackBart wrote:So, Coroama, are we to infer that this 'God' is incapable of creating a system of life that can adapt to it's environment
thats called micro evolution.or develop mechanisms such as a gear independently?
Well, i have just to look at the gear, and intuitively i know, THAT'S DESIGNED.
Coroama wrote:Bribase wrote:
And read in the context of what I wrote, you would understand that I'm talking from a standpoint of evolution. Do you understand what a selection pressure[/url] is, Coroama?
Well, i think so. And as we are at it : Rumrakets website has fallen short to explain how genome information can be added through natural selection. If you have a convincing scientific paper, please link to it, so we can have a closer look at it.....
Calilasseia wrote:Oh dear, he's brought up the "I know it's designed because it looks designed" canard.
Here's a simple test.
One of these rocks is "designed", in the sense of being a Palaeolothic stone tool fashioned by human hand. The rest are simply naturally weathered rocks. Can you tell which one is the "designed" rock?
Bribase wrote:http://www.lehigh.edu/bio/pdf/Behe/QRB_paper.pdf
The answer to what adds information was already supplied to you in the other thread.
Coroama wrote:Bribase wrote:http://www.lehigh.edu/bio/pdf/Behe/QRB_paper.pdf
The answer to what adds information was already supplied to you in the other thread.
Of course you readily accepted it as a valid answer, since it fits your preconceived world view. You were not even a little skeptic about the paper, and made a research on google, to see if it provided a valid answer, isnt it ??
Where did natural selection and random mutation produce functional, information-rich genes and proteins? what changed, or what information was gained through the experiment ? What kind of specifice information was gained ?
Coroama wrote:As Behe points our, the experiment showed decreasing gene activity :
http://www.lehigh.edu/bio/pdf/Behe/QRB_paper.pdf
Calilasseia wrote:Oh dear, he's brought up the "I know it's designed because it looks designed" canard.
Here's a simple test.
One of these rocks is "designed", in the sense of being a Palaeolothic stone tool fashioned by human hand. The rest are simply naturally weathered rocks. Can you tell which one is the "designed" rock?
Coroama wrote:Bribase wrote:
And read in the context of what I wrote, you would understand that I'm talking from a standpoint of evolution. Do you understand what a selection pressure[/url] is, Coroama?
Well, i think so. And as we are at it : Rumrakets website has fallen short to explain how genome information can be added through natural selection.
Calilasseia wrote:Oh dear, he's brought up the "I know it's designed because it looks designed" canard.
A typical kinesin has two ‘arms’ on one end (that hold onto the cargo) and two ‘legs’ on the other end that walk along the microtubule, pulling the cargo toward its final destination. In a sense they are like the ‘postman’ delivering mail inside cells.
This is a complex coordinated effort, as something must first access the creature’s DNA library, unzip it at the exact location needed for the specific information required (for whatever part is to be manufactured), create a duplicate of the information for the part and deliver it to the factory. (See animation, below left.)
Then another organelle in the cell (called the Golgi apparatus) packages the needed part by wrapping it in a bag (called a vesicle) and imprints the ‘address’ where the part is to be delivered in the cell onto the outside of the vesicle ‘parcel’.
Then a kinesin is summoned. It picks up the parcel and ‘walks’ along microtubule roadways in the cell and delivers the parcel where it is needed. (Many different types of kinesin [and kinesin-related proteins] with different specifications and functions have been discovered in various organisms from yeast to humans. The above example was simply an example of a ‘common’ task.)
Coroama wrote:Calilasseia wrote:Oh dear, he's brought up the "I know it's designed because it looks designed" canard.
Canard mein hintern.
http://creation.com/incredible-kinesinA typical kinesin has two ‘arms’ on one end (that hold onto the cargo) and two ‘legs’ on the other end that walk along the microtubule, pulling the cargo toward its final destination. In a sense they are like the ‘postman’ delivering mail inside cells.
This is a complex coordinated effort, as something must first access the creature’s DNA library, unzip it at the exact location needed for the specific information required (for whatever part is to be manufactured), create a duplicate of the information for the part and deliver it to the factory. (See animation, below left.)
Then another organelle in the cell (called the Golgi apparatus) packages the needed part by wrapping it in a bag (called a vesicle) and imprints the ‘address’ where the part is to be delivered in the cell onto the outside of the vesicle ‘parcel’.
Then a kinesin is summoned. It picks up the parcel and ‘walks’ along microtubule roadways in the cell and delivers the parcel where it is needed. (Many different types of kinesin [and kinesin-related proteins] with different specifications and functions have been discovered in various organisms from yeast to humans. The above example was simply an example of a ‘common’ task.)
It doesnt take much brainpower to understand, that is designed....
Only blinded wishful thinking naturalists which do not want to acknoledge God at any cost are unable to grasp this.......
Rumraket wrote:
Point out the designed rock using your brilliant, design-detecting intuition.
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