no cause a positive and negative make a negative unless the positive has a really strong blood line
B rhesus positive anti-P1 negative
For a child to have A positive blood type, at least one parent must have A or AB blood type. The positive sign indicates the presence of Rh factor, which may come from either parent regardless of their blood type. So, the parents could be AA and AA, AO and AO, or AA and AO.
No. Two rhesus-negative parents cannot have a rhesus-positive child.
No.there is no problem.Because both male and female are unable to produce rhesus antigen and there is no prouction of antibody inside the baby blood.
O - . He is rhesus negative
I am a rhesus negative female. Both my parents had rhesus negatinve blood. I was a blue babie and had to have a blood transfusion. The second baby of 2 rh- parents is usually blue.
To the second question the answer, in short, is YES; To answer the first question, there are four logical blood types: A, B, AB, and O. Then there is the Rhesus factor: either positive or negative. So there are actually eight types of blood a human can have: one of the above types with a negative Rhesus factor or with a positive Rhesus factor. Rhesus factor is a factor which compares human blood to a Rhesus monkey's blood. A negative result means your blood is not comparable to a Rhesus monkey. Blood types are inherited from your parents. If one parent has type A+, and the other has a B-, your blood type can either come out as A, + or -, or B, + or -, or the rare AB, + or - but not O. While type O negative is the universal donor, type AB positive is a universal recipient.
If you mean Rhesus - it's a classification in blood groups of a lack of Rhesus anti-bodies.
The baby can only be an O Blood Group as both parents can only be carrying 'O' type genes. The baby would have a 75% chance of being an O positive and a 25% chance of being an O negative. This is because the mother can only pass on a Rhesus negative gene but the father might either have two Rhesus positive genes or one Rhesus positive and one Rhesus negative. If the first is true the child will only be O positive, if the second is true it could be O positive or O negative depending on which gene the father passes.
Approximately 15% of the population has rhesus negative blood. This means that around 15% of blood donors are likely to have rhesus negative blood.
The baby can only be an O Blood Group as both parents can only be carrying 'O' type genes. The baby would have a 75% chance of being an O positive and a 25% chance of being an O negative. This is because the mother can only pass on a Rhesus negative gene but the father might either have two Rhesus positive genes or one Rhesus positive and one Rhesus negative. If the first is true the child will only be O positive, if the second is true it could be O positive or O negative depending on which gene the father passes.