No, it doesn't
It is not "for sure". Have you seen such a thing occur?
How do you observe fossils? Are you going to watch a hip bone evolve into a skull? How can you observe macroevolution? Can you test it?
Yes, we can test it
The theory of evolution makes prediction about what fossils we can expect to find to fill the gaps between taxa
and we find them
which confirms the validity of the theory
I explained this already. I see evolution as a survival mechanism that keeps the species alive. Animals probably can develop different types of skeleton, but this is already because the means to do so are within them from the jump and most likely cut "off" until they need to be cut "on". I see this more as natural selection where as you see it as macroevolution or whatever you see it as.
technically you're right, you're conclusions are wrong
the reason why birds could have evolved only from reptiles and nothing else is that only retiles have the features allwoing for evolution of birds
No, I do not believe new information can be added.
I can't help you then
No, this is not new information. I see these as variations of the same thing and not as something entirely new (for example, like a pair of wings on a dog)
it is new information
if a transcription factor like duplicates and diverges and starts bindign different set of promotes, this is new information
example:
forelimbs are specifed by Tbx5, hindlimbs by Tbx4
both are T-box containing homeodomain transcription factors but they do different things (well, nobody has done ChIP-Chip for them so we don't know what exactly, but the outcome is different)
you just said that if I add a genome to a genome, this is not an increase in information
do you mean 1 genome is equal to no information?
So are you implying when this happens completely new genes that bare no resemblence to the former are created? If that is what you're claiming what happens when the threshold is hit?
Yes, completely new genes are created
example:
http://www.ncbi.nlm.nih.gov/entrez/...HPRD=32&ef_STS=64&ef_tRNA=128&ef_microRNA=256
Zap70 is a kinase that has two SH2 domains
SH2 domains are found in hundreds of other proteins but the presence of two of them in Zap70 ensures it is recruited to phosphorylated ITAMs of TCR-zeta chains in T-cells; after it binds it phosphorlyates dozens of other proteins which transduce the signal downstream
you can easily see how Zap70 (and the closely related Syk which plays an analogous role in B-cell signaling) and the whole Syk family (which consists of Zap70 and Syk) evolved by domain shuffling
If there is no need to change why is that hard to believe? Just curious, what is your take on "living fossils"?
why do you think their genome didn't change?
what's your take on the percentage of living fossils out of all other today living species?
what makes you think there is no need to change?
My point was that with all the processes remodelling the genome that aare constantly going on, it hard to imagine how genomes will remain (genomes, not phenotypes)
Do you have any links or evidence that states new genetic data is added and that it is different from re arranging or manipulating what was already present to begin with or do I have to find that out from hitting the link you gave me?
links are given to be clicked on