the rarest blood type is AB-
only 1 % of the population is AB-
tve jesus strand
only 1 % of the population is AB-
tve jesus strand
02:48 AM - Aug 22, 2021
Only people mentioned by Sabrinagal in this post can reply
Stephanie Foster
@AmericanFoster
24 August, 09:42
In response Sabrina Gal to her Publication
I think ab positive but not sure.
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Stephanie Foster
@AmericanFoster
24 August, 09:43
In response Stephanie Foster to her Publication
What about ab positive?
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Stephanie Foster
@AmericanFoster
24 August, 09:42
In response Sabrina Gal to her Publication
I am ab positive or neg, can never remember that part.
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Dwayne ThePain1111
@MasterPent
24 August, 12:41
In response Sabrina Gal to her Publication
O - is universal blood, able to save anyone. That would qualify more than rarity.
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Mary Donahue
@Stonesthrow57
23 August, 11:27
In response Sabrina Gal to her Publication
O+ is the universal donor.
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Michele Jeanne
@MicheleJeanne
24 August, 03:49
In response Mary Donahue to her Publication
No, a person who is rh negative cannot accept any + blood type.
They will produce antibodies against the rh+ antigen, which is recognized as foreign to them.
O negative is the universal donor. O+ is still valuable as the majority of patients are rh+.
But the above post is somewhat of a myth anyway, as we inherit blood type from both parents. Even if the partner is also blood type AB-,, in the first generation only 50% odds of children being AB-, 25% will be A- and 25% B-. If anywhere down the line an rh+ marriage takes place, we'd start to see that creep in too.
ABxab -> Aa, Ab, aB, bB
They will produce antibodies against the rh+ antigen, which is recognized as foreign to them.
O negative is the universal donor. O+ is still valuable as the majority of patients are rh+.
But the above post is somewhat of a myth anyway, as we inherit blood type from both parents. Even if the partner is also blood type AB-,, in the first generation only 50% odds of children being AB-, 25% will be A- and 25% B-. If anywhere down the line an rh+ marriage takes place, we'd start to see that creep in too.
ABxab -> Aa, Ab, aB, bB
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