There are many possibilities, but two things are certain: at least one parent must be type A or AB, and at least one parent must be Rh +
A child with blood type A+ can have the following combinations of parents:
Mother A+, Father A+
Mother A+, Father A-
Mother A-, Father A+
Mother A+, Father B+
Mother A+, Father B-
Mother A-, Father B+
Mother A+, Father AB+
Mother A+, Father AB-
Mother A-, Father AB+
Mother A+, Father O+
Mother A+, Father O-
Mother A-, Father O+
Mother B+, Father A+
Mother B+, Father A-
Mother B-, Father A+
Mother B+, Father AB+
Mother B+, Father AB-
Mother B-, Father AB+
Mother AB+, Father A+
Mother AB+, Father A-
Mother AB-, Father A+
Mother AB+, Father B+
Mother AB+, Father B-
Mother AB-, Father B+
Mother AB+, Father AB+
Mother AB+, Father AB-
Mother AB-, Father AB+
Mother AB+, Father O+
Mother AB+, Father O-
Mother AB-, Father O+
Mother O+, Father A+
Mother O+, Father A-
Mother O-, Father A+
Mother O+, Father AB+
Mother O+, Father AB-
Mother O-, Father AB+
We are looking for the possible blood types of a baby.
Parental information:
For a child to be B :
Both parents are B
one B and the other O
One B and the other A
one AB and the other A
one AB and the other B
one AB and the other O
For a child to be positive :
Both parents are +
or one negative and the other positive.
Medical Answers need to be confirmed and re-confirmed.
We are looking for the possible blood types of a baby.
Available information:
Baby receives one gene from each parent:
Note: easy assumption is that the baby will be either Rh positive or Rh negative.
HOWEVER: There is more to ABO blood typing that just the ABO gene.
There is also an inhibitory gene that will change any genotype into the phenotype O.
Therefore a person with genetically AB blood can be tested as having Type O.
If the Type O mom has the inhibitory gene affecting her Type A, B or AB blood,
then the Type AB baby is definitely possible.
Most ljkely O positive.
you are O2 squared
"Rhesus factor" refers only to the presence or absence of the RhD antigen, symbolised by negative (absence) or positive (presence). Because it is caused by genetics, it cannot be changed by any artificial means, although it may change naturally - there are several documented cases of people changing bloodtype.
It depends on the genotype of the parents: If they are AO and BO the child could be all of the 4 ABO-Bloodtypes: AO (= bloodtype A) BO (= bloodtype B) AB (= bloodtype AB) OO (= bloodtype O) If they are AA and BB the child could only be bloodtype AB If they are AO and BB the Child could be AB, or B (BO) If they are AA and BO the child could be AB or A (AO) In short, when the genotype is not given, the child can have any of the ABO-Bloodtypes
no
The four possible results after Gram staining are Gram positive, Gram negative, Gram variable and Gram in-determinant.
A mixed non-uropathogenic gram positive flora is a possible result for a urinalysis. This means the urine sample did not have any bacteria that could cause an infection.
For a baby with AB blood type : both parents could be AB. or one is AB and the other is B. or one is A and the other is B.
No. Two rhesus-negative parents cannot have a rhesus-positive child.
O negative can be given to a person with any bloodtype, but if possible it is better for a person requiring transfusion to be given blood matching their own bloodtype.
Dad can be Ai or Aa (where i represents the recessive gene). In order for a child to be O, he or she has to have neither A nor B allelles. So Mom could be Ai (bloodtype A), Bi(bloodtype B), or Ii (Bloodtype O).
"Rhesus factor" refers only to the presence or absence of the RhD antigen, symbolised by negative (absence) or positive (presence). Because it is caused by genetics, it cannot be changed by any artificial means, although it may change naturally - there are several documented cases of people changing bloodtype.
I'm an O- mother of three (3) with an A+ father.The bloodtype/s of your offspring can vary.....Our firstborn, (son) was born with my blood type= O-our second born, (daughter) has her father's blood type= A+and our youngest, (son) has a mixture of the two= A-While I couldn't tell you whether an O+ outcome is possible, {my guess is it would be?!} I will say I was happy with the outcome in our family...it's kinda cute really.......that my eldest boy shares my B/T; our daughter shares her father's & our 'baby' had to be different & was born with a concuction of both.I hope this satisfies any curiosity & answers your's, & other's Q.
AO positive is the only possible blood type.
As hard as possible
Yes this is possible. In your DNA the bloodtype is determined by 2 so called alleles. The combination of these two result in the definitive type. There can be A, B or 0 alleles. The A and B are dominant over 0. The Mom with the B can have BB or B0. The Dad with the 0 has 00. Each parent gives his child one of these: Mom gives B (66,6 %) or 0 (33,3%) Did can't give anything but 0. So the new combination in the kid must be B0 or 00. In this case there is 33% chance the kid has the 0 bloodtype
It depends on the genotype of the parents: If they are AO and BO the child could be all of the 4 ABO-Bloodtypes: AO (= bloodtype A) BO (= bloodtype B) AB (= bloodtype AB) OO (= bloodtype O) If they are AA and BB the child could only be bloodtype AB If they are AO and BB the Child could be AB, or B (BO) If they are AA and BO the child could be AB or A (AO) In short, when the genotype is not given, the child can have any of the ABO-Bloodtypes
No
yes, theoritically it is fully possible (however it is possible to have b positive offsprings too)