-_- here is a basic situation fairly common in speciation:
1. a portion of a population becomes isolated from the rest.
2. this population experiences genetic drift independently of the original population, and has mutations appear within it not seen in the descendants of the larger population from which this smaller population was originally derived.
3. These differences in mutation and genetic drift, if allowed to persist long enough, will eventually result in members of these two populations being unable to breed and produce fertile offspring.
So, you see, it isn't going to be just 1 mutation alone that results in these populations becoming different species from each other. Heck, even with bacteria, they start out too genetically similar to each other to reasonably become different species just because of 1 mutation, even though those species are distinguished by genetic similarity and one could mark down how much different at minimum the genome would need to become for a population to become a different species. I'm not even sure why you think speciation has to inevitably come down to 1 mutation; it's far more frequent that multiple mutations present are responsible for the inability for two different populations to be unable to interbreed. In no case will the current generation be unable to breed with the generation right before it. Speciation is a comparison of one generation with another much farther down the line, and is too gradual of a process for something that extreme to happen within 1 generation.
Scientific laws have names, like Newton's third law of motion. If that statement fit the description of a scientific law, it'd have a name as well. Heck, I even copy and pasted your description of your "law of genetics" into Google, and nothing matches with it. At all. Plus, like I have mentioned before, mutation exists, therefore offspring can have traits their parents do not have. Usually there won't be an extreme difference, but it doesn't have to be an extreme difference with just 1 generation to build up over many generations.
-_- I don't know why you are bringing up abiogenesis in our discussion about genetics on a subforum that is meant for the debate between creationism and EVOLUTION. Evolution doesn't cover where the first life came from, so it's irrelevant to the debate.
-_- You just assert that I have no evidence rather than asking for it. I won't provide what isn't requested.
-_- no one that knows what HOX genes are would describe them that way, especially considering that they aren't responsible for bone development in any direct sense (I'm not an imbecile, why would I say that invertebrates such as fruit flies share HOX genes with humans if said genes were directly related to bone growth? Fruit flies don't have bones). HOX genes are responsible for general tissue arrangement for a body plan with bilateral symmetry. You'd learn that just from reading the first sentence of the Wikipedia page, and within the first paragraph it clarifies that these genes only determine general placement, not specifics of development. Of course, if these genes are messed up, then body parts form in inappropriate locations, like antennae where the eyes are supposed to be.
XD HOX genes organize the tissue, not determine how it specializes. Any organism that has bilateral symmetry that produces offspring without HOX genes is having a miscarriage, and organisms that don't have basic bilateral symmetry aren't vertebrates so wouldn't be producing bones anyways.
Hypothetically, if a human embryo managed to develop at all with no HOX genes, it'd be a jumbled mess of the various tissue types humans have, including bone tissue. Which makes for a horrifying image in my imagination for sure, but doesn't lack bones.
That does not help with your debate position at all. How can you be sure if people aren't presenting valid evidence if you don't even bother to check? Plus, if you aren't going to read links, then I'll just post the important content of the link in my post and post the link as a source. Which will just make my posts very, very long. But the question is, would you cease to read my posts if I did that?
I've copy and pasted before. It makes it very sad that you didn't even check the page, it has only a very concise paragraph for the explanation of HOX genes:
""General purpose" control genes are important elements in building complicated organisms like flies. Some "control" genes are common to many organisms (they are
homologous — inherited from our common ancestor). For example,
Hox genes help lay out the basic body forms of many animals, including humans, flies, and worms. They set up the head-to-tail organization. You can think of them as directing instructions as an embryo develops: "Put the head here! Legs go over there!" They are general purpose in the sense that they are similar in many organisms; it doesn't matter if it's a mouse's head or a fly's head that is being built, the same gene directs the process. Small changes in such powerful regulatory genes, or changes in the genes turned on by them, could represent a major source of evolutionary change."
Hox genes
There, every word on that page that isn't sources or dates of editing, etc. Would it really have killed you to click the link for yourself?
I'll post one in every response from now on, but you'll have to give me the most minimal of respect and be willing to click links for pictures. It's even from a theistic evolution website.
http://www.theistic-evolution.com/hominids2_big.jpg
-_- I tried to explain a common problem in animal taxonomy as simply as I could, it is not my fault all you get out of it is "mumbo jumbo". I'll give a specific example with plants. I happen to grow tropical pitcher plants, which all belong to the genus Nepenthes. Nearly every member of this genus can produce fertile offspring with every other species in the genus. However, hybrids of 4 or more different species with no back crossing begin to experience fertility problems, with hybrids of 6 different species being completely infertile.
All I did was reword what what you intended to say so that it would be communicated better, and to be sure I was interpreting you correctly. You still haven't actually named any scientific laws in your posts. What is the name of the "genetic law" you keep bringing up?
Would you read it if I posted links? There's too much for me to reasonably copy and paste.
-_- you haven't named a single law of anything. Scientific laws have names, such as Newton's third law of motion. I want the name of the law you keep referring to, to verify if it actually exists or not. Heck, even better, give me a source that has it, because I actually do click links.