Originally posted by inimalist
so, as I said, it is theoretically unrelated but a common mechanism... So you haven't lost me apparently, maybe my point is unclear?
No, this is why I keep losing you. Why would it be theoretically unrelated? That's the one word you're using that is throwing off the meaning, entirely. I obviously disagree that it is unrelated.
Originally posted by inimalist
no, they aren't the same thing, and that's not even remotely close to my point.Similarly, because genetic predisposition simply means the things our genes predispose us for, it doesn't matter how we got those genes. The mechanism of inheritance helps explain things we see in nature, it is not, theoretically, related to genetic predisposition.
This is just too hard for me to digest. I do not think I will ever comprehend your point because your point, to me, it seems like you do not know about the things of which you speak. But I have been questioning my conclusion about you on this topic because you seem very confident in what you are arguing and you almost always never argue about things of which you do not know. So what is the disconnect on my end?
Is it that genetic predisposition and the relationship with inheritance has been firmly established but you use things such as "theoretically unrelated"?
How about I approach this differently.
You said:
"The mechanism of inheritance helps explain things we see in nature, it is not, theoretically, related to genetic predisposition."
All university level education I have had disagrees with this statement as it relates to the topic. When we reviewed medical disorders that are inherited (see, this may be the disconnect because you may be referring to all genetic disorders rather than just those that are inherited. Since this topic is about homosexuality, I tend to discuss only that which is inherited because I seem to think that most genetic causes of homosexuality are inherited and not randomly, genetically, influenced) and we covered the probabilities of the diseases 'activating' in the offspring, it was not theoretical: it was based on real world data. Our results were compared against the real rates of occurrences (that was how we were graded). The genetic predisposition to those diseases and inheriting those diseases could be mapped, probabilistically, quite accurately. If by "theory" you mean "there is a 25% chance that your offspring will inherit this disease"................maybe I am on the same page as you are. I do agree that some genetic disorders are not inherited but are just random genetic defects. Is this what you're talking about? Is this why you call it "theory"? Or are you using theory in a different way (a set of explanations that are confirmed with empirical results). In that case, then "theoretically unrelated" does not makes sense because you should word it "theoretically related".
Originally posted by inimalist
ok, but that is just wrong. I'm not sure how else to explain this to you. For something to be a genetic predisposition, it doesn't matter where the genes come from, so long as they are there to predispose.
Well, of course, I disagree and I am definitely not wrong.
After getting this far into your post, I know where our disconnect is: you are focusing on the set of random genetic occurrences that correlate to genetic predisposition. I am focusing, most of the time, on genetic predisposition that is inherited. Obviously, the set that I am focusing on is relevant to the topic and much larger than the set you are focusing on. I acknowledge your set of focus but you have yet to acknowledge my set.
Originally posted by inimalist
think of an entirely artificial life form, cooked up in a lab, with genes invented by scientists. That life form would still have a genetic predisposition to do the things its genes dispose it to do, yet would have no inheritance at all. Mice bread specifically to grow tumors are a good example of this. They have the genetic predisposition designed by scientists, yet it isn't inherited through any means, it is artificially inserted.
But this does nothing to prove your point, at all. This only explains an external, artificial, mechanism by which genetic predisposition can be created. This is an apples to oranges comparison. The topic is "genetic predisposition to homosexuality". As far as I am aware, there is no mad-scientist creating homosexual humans in a lab and then releasing them into the population.
In "nature", those genes are inherited from the parents in sexual species. Some disorders or genetic predispositions are random and NOT inherited, sure: I will give you that.
Originally posted by inimalist
You are confusing the fact that the common mechanism we see in nature for genetic predisposition is inheritance with inheritance being a definitional quality of genetic predisposition.
I do not think so since I clearly stated that it was one of the major contributing factors, seen here:
Inheritance is directly related to genetic predisposition. Sure, it does not directly create GD, but it is one of the major factors the result in the expression of that GD.
Lemme be clear: homosexuality. If you want to talk about exceptions, cool: but this is the wrong thread for finding exceptions to general statements I making because my statements are not "general" they are specific to the topic of this thread.
Originally posted by inimalist
This would be the same mistake of thinking genes are a definitional quality of evolution, when they are merely the common mechanism by which many forms of life evolve.
I do not think your evolution point works very well to make your point: it's too much of an apples to oranges comparison.
Originally posted by inimalist
twin studies tend to show your speculation isn't the case, and in fact, provide a lot of evidence against kinsey in general
No, the opposite is true. The twin studies prove my point that despite the genetic dice roll in favor of one or the other, some seemingly defy their genetics.
If even a single identical twin study results in one being straight and the other gay, my point has been proven (and you and I both know that that is the case...and it is not just one). In fact, it was the twin studies that I had in mind while typing that portion of my post.
Just to alleviate any confusion on your part on what my actual point was, here it is again:
"You could be born with a dice-roll of genes that will favor homosexuality but still develop into a heterosexual for life...and vice versa."
The keyword there is "could".