verdant monkai said:
BiscuitTrouser said:
verdant monkai said:
Sorry again your biology is wrong. Carriers can lead to other carriers. And who says the emergence of the gay gene took place with a mutation that lead to a full on expression of the gene? A carrier may have been born through mutation and mated with another carrier. Its perfectly possible. Carriers have children with a normal person and 25% of children are carriers.
Youre right you dont know biology. It isnt your fault but the carrier arguement is valid and its not really your field of expertise. I dont mind not getting a reply. The arguement you put forward is fallacious.
If carriers "weaken" the gene then cystic fibrosis can only get better. It doesnt. It doesnt make people "less gay". Carriers spread it and it likely started in carriers if it exists. Which i admit it might not. Im just saying the idea that it CANT exist because gays have children is as invalid as the idea cystic fibrosis (or any other genetic disorder) cannot exist since these people cannot reproduce.
SORRY SORRY your last reply was to interesting to ignore, last one I promise.
I have to thank you for teaching me the word fallacious it's great.
Web definitions:
containing or based on a fallacy; "fallacious reasoning"; "an unsound argument"
as for the actual argument bit, my point is Gays don't have straight sex in the first place so there would be no carrier offspring. Gays cant have kids (so there cant be any carriers).
If you believe in evolution like I do, then you know all life is a sort of mutation, generally only the beneficial ones are passed on.
So you can criticize my biological comprehension all day, but my argument is by no means fallacious.
Here is a new word for you synecdoche
Noun:
A figure of speech in which a part is made to represent the whole or vice versa, as in Cleveland won by six runs (meaning ?Cleveland's baseball team?).
The assumption you make is the first "mutant" gay person must have been fully gay. Also people totally have kids before they come out as gay because of society (We will KILL you if youre gay), pressure, mental illness or repression of feelings. Not to mention the first person with the "gay gene" may not have expressed it in their pheneotype since their geneotype may have another gene in place to surpress that gene. This is very common in genetics. This means that when they passed on their genetics the repressor gene may not have gone with it and the children may have been gay.
All manor of factors may come into play when we examine the possibility of a gay gene.
Ok I lied this is a discussion now
And you know what you forced my hand, COWER FROM MY TRUE BIOLOGICAL KNOWLEDGE, THOU SHALT PAY FOR THY HUBRIS.
Ahem....
yes the first "gay" could have been as a mutation to give rise to a person with a recessive gene for the gay. while the person themselves would be straight. but their children (if had with another mutant, which wouldn't be common, due to the rarity of mutation) would have a 1 in 2 chance of also being a carrier. then one fo those carriers would have to breed with another carrier to produce 2 in 4 carriers, 1 in 4 fully gays, who wouldnt breed and produce none. and 1 in 4 fully straight
and the chances are 1/4 gay 1/4 straight 2/4 carrier for each child.
(stage 2) when you add this to competition of other species the chance of this gene getting a large foothold enough to produce viable population for many people today to be unwitting carriers of the gay gene, the gay carriers have no biological advantage over the other normal people. meaning they have just as much chance of having children, 1/2 chance of producing gay carriers. and if those carriers had a child witha normal person there wouold be a 1/4 chance of producing a carrier and a 3/4 chance of noraml straights.
the rate of dilution is so fast the gene will become redundant and die out over the course of millions of years.
that is assuming a gay carrier mutant actually happened to find another gay carrier mutant in the first place. if they only found anormal person