DainBramaged
Lifer
Originally posted by: Bateluer
Oops . . .
Originally posted by: Bateluer
Oops . . .
Originally posted by: jjsole
fvckin .gif attention whores, takes my browser cpu resources to 40%. :frown:
Originally posted by: Fenixgoon
wow... that really fvckin sucks
Originally posted by: Fenixgoon
wow... that really fvckin sucks
Originally posted by: Koenigsegg
Originally posted by: tami
are they very ill because they're depressed about the news? come on, what's so bad about it? they have 4 kids and should stay strong for them. it makes me wonder though how those kids didn't suffer genetic mutations due to the parents' genetic likenesses.
That's a myth. The kids of parents who are siblings are only slightly more likely to suffer defects than non sibling parents (both numbers are small).
any stats to back that up? i don't think it's only "slightly more likely".Originally posted by: Koenigsegg
Originally posted by: tami
are they very ill because they're depressed about the news? come on, what's so bad about it? they have 4 kids and should stay strong for them. it makes me wonder though how those kids didn't suffer genetic mutations due to the parents' genetic likenesses.
That's a myth. The kids of parents who are siblings are only slightly more likely to suffer defects than non sibling parents (both numbers are small).
Originally posted by: moshquerade
any stats to back that up? i don't think it's only "slightly more likely".Originally posted by: Koenigsegg
Originally posted by: tami
are they very ill because they're depressed about the news? come on, what's so bad about it? they have 4 kids and should stay strong for them. it makes me wonder though how those kids didn't suffer genetic mutations due to the parents' genetic likenesses.
That's a myth. The kids of parents who are siblings are only slightly more likely to suffer defects than non sibling parents (both numbers are small).
Originally posted by: LikeLinus
Actually it is. I cannot remember what show I saw it on (Something on Discovery or Dateline), but studies have proven that related partners are only at a 2% more risk than the general population.
They had set of 1st cousins that did not know they were cousins.
Originally posted by: kogase
Originally posted by: LikeLinus
Actually it is. I cannot remember what show I saw it on (Something on Discovery or Dateline), but studies have proven that related partners are only at a 2% more risk than the general population.
They had set of 1st cousins that did not know they were cousins.
There is a big difference between first cousins and siblings.
Originally posted by: LikeLinus
Originally posted by: kogase
Originally posted by: LikeLinus
Actually it is. I cannot remember what show I saw it on (Something on Discovery or Dateline), but studies have proven that related partners are only at a 2% more risk than the general population.
They had set of 1st cousins that did not know they were cousins.
There is a big difference between first cousins and siblings.
There is? Can you supply some statistical proof? There could be a higher percentage..but how much? I mean if the difference between NON related and Related is only 2 percent, there really can't be that big of a jump between two closer related people. So at worst you're probably looking at a total of 5% difference between non related and siblings. If any at all.
I mean these people had 4 kids. What more proof do you need. It's basically an overhyped myth. There is little difference 2% +/- that it causes genetic defects.
Unless you have something else to back up your claim?
Originally posted by: kogase
Originally posted by: LikeLinus
Originally posted by: kogase
Originally posted by: LikeLinus
Actually it is. I cannot remember what show I saw it on (Something on Discovery or Dateline), but studies have proven that related partners are only at a 2% more risk than the general population.
They had set of 1st cousins that did not know they were cousins.
There is a big difference between first cousins and siblings.
There is? Can you supply some statistical proof? There could be a higher percentage..but how much? I mean if the difference between NON related and Related is only 2 percent, there really can't be that big of a jump between two closer related people. So at worst you're probably looking at a total of 5% difference between non related and siblings. If any at all.
I mean these people had 4 kids. What more proof do you need. It's basically an overhyped myth. There is little difference 2% +/- that it causes genetic defects.
Unless you have something else to back up your claim?
The fact that a sibling was born from the same exact parents as you, and a cousin is born from one of your parent's sibling plus (ostensibly) a completely unrelated person.
Originally posted by: Zee
Where does it say that their 4 kids are perfectly normal?
Originally posted by: LikeLinus
Wheres the data to back this theory up?