Message from @Cody
Discord ID: 507913898121363461
i know you do
if you want me to say "born baby" rather than human life, i can from now on
But if it was never in a womb to grow, how can it be born?
but i'm trying to find out how far back on the development track we can go while both in agreement.
That's why it confused me at first
it can't, hence why it can't be human life, or reworded, can't be a born baby
That makes no sense
here, If a sperm cell never enters a female, it will never have a chance to turn into a born baby. If a sperm cell does enter a female, it has a chance
Being human isnt about being born. It's about having exactly 46 chromosomes.
That cell has exactly that many, therefor it is human life.
if a fertilized egg never enters a female, it will never result in a born baby, or 9 months of development
But it wont last because there is nothing to nurture it.
wait, so people with an extra chromosome are not human?
rip everyone with Aneuploidy.
Never heard of a person with 47 chromosomes
seriously? never heard of people with an extra X?
Klinefelter syndrome
Well I wont say I'm not shocked
abnormal, sure
same reason we can't require having x arms or legs as people sometimes don't. but we still count them as human
But that fertilized egg has it's own unique set of dna
Completely separate from whatever entity's created it
So its life
incorrect. it has half and half.
or in the case of incest, it can be a clone
rare and require mother son or father daughter
but can be
I mean sure.
But that really doesn't change my point though. It's a completely separate thing from the parents.
Be those parents the same person or not
And its unlikely to be an exact clone
unlikely, but if it was, would it not have life?
obviously not but why?
So unlikely that it's on the scale of impossible
not really
Babies constantly mutate in minor ways
if you have a daughter, half her DNA is from her father. There is probably closer to a 1/4 chance of any give egg being the same set of dna the egg that made her was
But DNA mutates often
In reproductive cells