Barbarian suggests:
It merely means chromosomes can do that. If you want to claim humans chromosomes are somehow different, by all means show us your evidence.
Human chromosome are definitely different than non-human chromosomes.
So nothing. O.K. All vertebrate DNA works exactly the same. Do you disagree?
You should quote evidence, not YE creationist who agree with you.
He was citing evidence. Would you like me to show you?
Barbarian observes:
All DNA is made of the same stuff, put together the same way, and functioning the same way. We can even insert DNA from one organism into the genome of another, and it works.
So unless you have something to support your belief...
Each gene will code exactly the same way in any vertebrate genome in which it is inserted.
Can you change the genomes of a donkey and make it a horse?
It would take a lot of insertions and deletions, but yes, it would work.
So any code so inserted into the string will be read and have an effect, yes. That's what I've been trying to get you to understand.
DNA doesn't work like binary code. You can insert a gene (string of DNA) into a chromosome, and it almost never messes up the other genes. (in rare exceptions, it can code for a regulatory protein that might affect other gene expression) But it still works, coding for a specific protein.
I am talking about code. You can't just insert random 0s and 1s into a dll
DNA isn't binary code. And it works differently than you've assumed.
it will most likely crash (unless you inserted into some non-critical section).
In fact, almost all mutations do very little. And as you just learned, inserting a gene into a chromosome, rarely causes any significant damage.
And even for strings, if you insert into a pascal style string without changing the length, it may or may not show up. Or if you insert into a c style string and overrode the 0, you might crash, do you agree?
You're still trying to think about computer code instead of a much more sophisticated and adaptable DNA code. Learn about that, and you'll see why it's a mistake to think of them as the same thing.