No, type B blood does not have A antigens. Type B blood has B antigens.
Left hand Right hand E B-E-B B B-Eb-E C# C#-E-E+A A Ab-F#-E Repeat that 3 times, on the fourth it changes: Left hand Right hand E B-E-B Eb B-F#-E D+A
If the recipient has type B blood, they can receive either type B or type O blood. If the donor blood is type B, then the recipient can be either type B or type AB
blood type A has type A antigens. blood type B has type B antigens.
If two people with Type B blood have a child, the child will either be Type B or Type O.
People who are of the blood type B can only receive type B or type O. Type A people can receive type A or type O Type AB people can receive type A, B, or O Type O people can only receive type O
We are looking for the possible blood types of a baby.Parental information:Mother type B pos -- can be BB or BO with Rh (++) or (+-)Father type B pos -- can be BB or BO with Rh (++) or (+-)Baby receives one gene from each parent: Baby is type BB (++)/(+-) = Type B posBaby is type BB (--) = Type B negBaby is type BO (++)/(+-) = Type B posBaby is type BO (--) = Type B negBaby is type OO (++)/(+-) = Type O posBaby is type OO (--) = Type O negYES. These parents can have a child that is Type B negative.
blood type B
blood type B
Type A blood has A antigens on red blood cells, while type B blood has B antigens. Type A individuals have anti-B antibodies, and type B individuals have anti-A antibodies. Type AB individuals have both A and B antigens, while type O individuals have neither A nor B antigens.
Yep, without a doubt.....type B. Never has and never will b a type A.
A person who is heterozygous for Type B blood has the genotype I^B i, where I^B represents the allele for Type B blood and i represents the allele for Type O blood. This means they carry one allele for Type B and one for Type O. As a result, they express the Type B blood phenotype due to the presence of the dominant I^B allele.