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originally posted by: WarminIndy
Can you prove with observable and testable evidence of macro evolution? Yes or no.
You said
Thank you, that's all I was asking. You concede that it is not observable, therefore it is not testable, therefore it is not scientific method. That's what you concede.
What logic? The logical step you just gave me was this...
1: Species remain as species, no matter the adaptation.
2: Adaptation to other higher order organisms is never observed nor is it testable.
3: Because it is never observed nor is it testable in science,
4: You have to believe that it does.
I don't care whether or not the video answers anything, what it did do was show the very ideas that you have presented, only adaptation within the species, which is mere variety.
I wanted you to show me that adaptation leads to higher order life. You can't demonstrate that, so you are only stuck at the variety level.
There is no evidence, no observation, nothing testable to support that claim. You tell me where the evidence is. But since it is supposed to a genetic change, then let's talk about genetics.
How do genes works
Each gene is just a recipe and that recipe means that it is making a specific cell.
But the genes in your DNA don't make protein directly. Instead, special proteins called enzymes read and copy (or "transcribe") the DNA code
This is information sharing in a network.
Ah, so it is information that is being shared and this information comes from somewhere. But what you have in chimpanzees and humans are two different sets of markers, the chromosomes are not equal. So the information in chimpanzees came from its parent and then from its parent, so forth.
So, the recipe transcribed is the same from generation to generation, at the species level. And here again, today's news about epigenetics
Ah, gene repression. What causes a gene to repress? They don't know yet, but if there is indeed gene repression, then that is one explanation for why macroevolution does not happen and why it is not observed.
And here is also why
The enzymes keep restoring the mark. Gene repression and restoring marks along the chromosomes, that is one explanation against macroevolution. As microevolution occurs to make varieties, and that is dependent upon environment, the RNA passes the information to adapt, for the purpose of the species survival. But it never answers the question about where the information comes from in the first place. We know that for us, it is through sex and the development of a new life form, one that has all the genetic code for that particular species.
OK, so there is more to learn. But now you know, gene repression is active and the enzymes keep restoring the mark within the chromosome, so by essence keeps it as a species. Not seeing macroevolution much at work here. And this news is only 2 hours old at the time of this comment, so it is pretty new.
Was it Satan who provided all the 'evidence' that the Universe is immense, and billions of years old? Was it Satan who made the sky dark at night, and ordained that the speed of light in vacuo must be a constant?
When you say change, you mean adaptation, right? Species "adapt" to their environment, correct?
Adaptation is not complete change of the entire genome to accommodate a new genome.
I just saw a video of a biology professor who couldn't explain KINDS and said that people are fish.
Would you care to elaborate on how humans are fish? This was a biology professor in a secular setting. If you want me to believe your side, show me the evidence that humans are fish.
Yes, you say it is for populations and yet can only say that for recent populations you have observed, but you still can't show evolution of one kind to another. Macro evolution has never been observed by anyone, and yet it is still being taught and all of this what you say is mere semantics.
When you say "kind" "species" "evolve" and all the catchwords, what you really are in essence merely saying is that every species adapts to their environment, because if you move individuals away from that environment, they can adapt to a new one. Isn't that what you are really saying?
But let's say this, if an individual did not adapt to the environment, what would happen? They would die. Therefore adaptation is at the individual level, because the ones who died don't breed and therefore no population.
It doesn't need to answer the question of where the information came from originally. That isn't part of the theory of evolution.
Now it is clear that genes are what carry our traits through generations and that genes are made of deoxyribonucleic acid (DNA). But genes themselves don't do the actual work. Rather, they serve as instruction books for making functional molecules such as ribonucleic acid (RNA) and proteins, which perform the chemical reactions in our bodies
Occasionally, there is a kind of typographical error in a gene's DNA sequence. This mistake— which can be a change, gap or duplication—is called a mutation.
A mutation can cause a gene to encode a protein that works incorrectly or that doesn't work at all. Sometimes, the error means that no protein is made.
But not all DNA changes are harmful. Some mutations have no effect, and others produce new versions of proteins that may give a survival advantage to the organisms that have them. Over time, mutations supply the raw material from which new life forms evolve (see Chapter 3, "Life's Genetic Tree").
There are two major steps in making a protein. The first is transcription, where the information coded in DNA is copied into RNA. The RNA nucleotides are complementary to those on the DNA: a C on the RNA strand matches a G on the DNA strand.
So, it's all relative. And how does this play out in evolution? Given the fact that time is measured by linear standards, and evolution is considered linear, it takes no account of life and death cycles within lower forms of species.
Hence, the life of the fruit fly is very short, it does not take 150 years to have 150 generations compared to the life of humans. And if you must account for the differences in life spans,
then some life forms would be born and die out before any evolutionary change from one species to a higher form can occur.
They are adapted, but never to become something else.
For something to become something else, it must have genetic information to do so, and where does the information come from if it isn't already in the organism? Outside. So it is not random.
originally posted by: WarminIndy
I'm sorry, but it has everything to do with evolution, because what exactly is evolution? It means that an organism, through information, mutates along the chromosomes. Wait, isn't that how it is determined why you are related to globs of stuff floating in the pond? Yes, that is how it is determined.
originally posted by: Barcs
originally posted by: WarminIndy
I'm sorry, but it has everything to do with evolution, because what exactly is evolution? It means that an organism, through information, mutates along the chromosomes. Wait, isn't that how it is determined why you are related to globs of stuff floating in the pond? Yes, that is how it is determined.
You are creating so called information simply because it functions LIKE information does today. However, it's not the same thing. DNA is physical. Changes in the genome are physical. .
originally posted by: WarminIndy
Um, information functions the way information functions.
YOU exist as physical being, that is adapted because of information within your DNA that determines that YOU are a human. And this is measured, observed and testable. Tell us, from your biology book, just HOW does RNA function?
AGTC, a code of information. AAAGGGTTTCCC, genetic code. AAGGGTAACC, also a genetic code.
But here, algae proves Darwin's hypothesis wrong about competition. And guess who supported this article and research? The National Science Foundation. So when is this going to not be taught any more?
One of Charles Darwin's lesser-known hypotheses
originally posted by: Indigent
I wish I could awnser all but I can only comment on 5, mutations don't ocur to adapt, mutations are random and those with beneficial mutations have a better chance to survive and pass on their genes, eventually there will be more of the population with the good mutations.
originally posted by: guitarplayer
originally posted by: Indigent
I wish I could awnser all but I can only comment on 5, mutations don't ocur to adapt, mutations are random and those with beneficial mutations have a better chance to survive and pass on their genes, eventually there will be more of the population with the good mutations.
can you name a good mutation that occurs today in humans?
originally posted by: GetHyped
a reply to: guitarplayer
Lactose tolerance
HIV resistance
Malaria resistance
To name a few.
Because the derived Duffy null allele has a high frequency in most sub-saharan African populations and rare occurence elsewhere, this SNP is often included in global ancestry informative SNP panels and in panels of SNPs used to estimate admixture in African Americans.Ancestral Allele: A on the minus strand
The Duffy null phenotype, Fy(a-b-), is rare among Caucasian and Asian populations, whereas it is the most common phenotype in Blacks, occurring in over two-thirds of the Black population. The racial variation in the distribution of Duffy antigens is a result of a positive selection pressure—the absence of Duffy antigens on RBCs makes the RBCs more resistant to invasion by a malarial parasite.
originally posted by: GetHyped
a reply to: WarminIndy
I'm not sure what you're trying to prove. Lactose tolerance is a beneficial mutation. So is HIV resistance and malaria resistance. And no, having any of these beneficial mutations does not make you a different species. What have you been smoking, WarminIndy?