What blood types can a person recieve if the person has blood type O?
102601
Yes, type O can recieve type AB. I am a type O.:O) Any other blood types, more than likely your body will reject it. Along time ago my cousin had a tropical disease called dengue fever(mosquito disease) in tropical countries and she was a type O and the blood bank had little type O blood, so they mixed A and B blood together and it worked. She is now a happy and healthy woman. :O)
166617
They can't be the parents.  The baby is AB, so it has an A allele and a B allele.  Since bloodtypes are codominant, a person will have the B antigen if and only if they have the B allele (so they'll be either B or AB).  The parents are O and A, so neither one of them has a B allele.  The baby had to get it from someone else, so the father isn't the real dad.  Either they took home the wrong baby, or the mom was cheating with someone whose bloodtype was either B or AB.
1147573
hehe. Something is amiss.  \nO is recessive. A and B are codominate.\nTo be true O, your genotype is OO.\nTo be B, your genotype is BB or BO.\nTo be A, your genotype is AA or AO.\nTo be AB, your genotype is AB.\nSo one of your parents have to have B allelle.  If either of your parents are OB (then in reality one of your parents is blood type B not O.), then it is possible that you are blood type B.\n\nIf not, well, your patients raised you and you consider them your parents.  Does it really matter that one of your parent is not you biological parent.  Talk to them.  Be patient and they may explain things to you when you get older.
788436
You can rule out certain blood types, but you can't know the exact one for sure.  For example, you can be sure the father is not either blood type O or B, but he could be A or AB.  The rh factor isn't as easy to figure out.
937203
According to the information given, it is not possible for the A negative child to be your child. Bummer. Sorry. You better re-test to make sure though.\n\nIf both parents are type O, their children must be type O as well.
203519
A universal receiver would carry all the major blood antigens, and so not react adversely to any of those antigens if they received them in a transfusion.  \n\nA universal receiver would therefore carry the A and B antigens, and also be Rh factor positive.  So their blood type would be AB+.
217222
Their children will either be A or B.  One parent will give either an A or a B gene and the other can give only O.  Since O is a recessive gene it will take two of them to make an O child.\nGenotypes:\nParents:  \nAB\nOO\nChildren: \nAO\nBO\n\nIf they have only one child there is a 50% chance of A type and a 50% chance of B type.
161031
A, B, AB, O\nthere are four which can either be negative or positive\n\n\n\nType O– blood is considered the “universal donor” because it can be donated to people of any blood type. Type AB+ blood is considered the “universal recipient” because people with this type can receive any blood type.
31990
No this combination is not possible. Blood type is a combo of one of each parent's alleles.  Therefore an O could produce an A with an AB or A mother or a B with an AB or B mother, but not an AB.  Please use the link to calculate.
637977
The blood group of parents do not determine the sex of the child just the blood group of the child. Both my parents are O+ve, and i have got a brother. Its just the chromosomes X and Y that determines the sex in humans.
957650
Yes, it is very possible.  O negative means that the child has 2 recessive alleles (genes) for type and 2 recessive alleles for Rh factor.   Therefore, his genes would be oo --.\n\nThis is possible if both parents are heterozygous (have both a dominant and recessive form) for both traits.  That would mean Ao +-.  The A overrides the o and so does the + vs. -.  They show A+ then.  They both give the child the o and - ===> oo --, or O-. \n\nStatistically, 1/4 of their children can be O type, while the other 3/4 appear as A.  Same with + vs -.  One fourth would be negative while the other three fourths would be positive.
1156994
In the ABO blood type system, each person has 2 blood type alleles, one from each parent. The alleles can be A, B, or O. Which 2 alleles you have determines which blood type you will be: AA or AO is blood type A; BB or BO is blood type B; OO is blood type O; AB is blood type AB.\n\nThe +/- system is called the Rhesus factor and works in a similar way. There are 2 alleles: Rh+ (+ for short) or Rh- (- for short). A person with 2 copies of Rh+ (++) or only 1 copy (+-) will be +. A person with no Rh+ (--) will be -. \n\nTo answer your final question, a person who is O+ must have the alleles OO++ or OO+-. A person who is A+ can be AA++, AO++, AA+-, or AO+-. They can certainly share the same mother and father. One example is that the mother can be AO++ and the father is AO+-.
726288
Genetic variation or differences would be the primary factor to give this question an explanation.  The same explanation that tells why there are different eye colors, different hair, different skin colors, etc. We inherit our blood type from our parents. Genes on our chromosomes tell the body what type of blood to make.\n\nThe types of proteins, glycoproteins and glycolipids found (or expressed) on the surface of red blood cells define blood types. In addition, blood types, or at least the genes responsible for them, are inherited. Karl Landsteiner described the original blood types - A, B and O - in 1900 and doctors now recognize 23 blood group systems with hundreds of different "types." Many of the blood type antigens (and the antibodies that react with them) have been discovered as a result of transfusion incompatibilities. Some of these molecules have additional functions that are at least as important as conferring compatibility (of lack of compatibility) on transfusion recipients. \n\nThere are four popularly known blood types: A, B, AB and O. These designations refer to the types of sugars (A, B and O) found on the surface of red blood cells. Everyone on the planet has an O sugar, and those who have no other type are known as blood group O. The other group names arise from the fact that some people have A, B or both A and B sugars attached to the O sugar.\n\nThe genetics is unusual in that there are two equally dominant alleles. If the gene from your mother is the recessive allele for producing O cell surface markers, and the gene from your father is for A cell surface markers, then your overall blood type is A. Why? Since everyone has O we only look at the second sugar present to determine blood type. If the gene from your mother was for B and the gene from your father was A, then your blood type would be AB. If both parents donated A alleles, then you would be A. And if both gave you recessive alleles then your blood type would be O.\n\n>> If we have the genes for the A antigen, we will make red blood cells that have A on them.\n>> If we inherit A antigen from both parents or A from one and neither A or B from the other we will have group A blood. \n>>If we inherit B antigen from both parents or B from one and neither A or B from the other we will have group B blood. \n>>If we inherit A antigen from one parent and B from the other we will have group AB blood. \n>>If we inherit neither antigen from both parents we will have group O blood. There is no O antigen. O is the result of not having any A or B. \n>>In addition to our blood group (A,B,AB,O) we can inherit the D antigen. D is more commonly know as the Rh type. This is what is called the positive or negative. Either we have it or we don't. \n>>If we inherit Rh antigen from both parents or Rh from one and not from the other we will have type positive blood. \n>>If we do not inherit the Rh antigen from either parent we will have type negative blood.\n\nThere is no much elaboration on non - ABO blood type as there is only a few who got any of the rare identified blood types.☺
704048
Firstly, the idea that your blood will never regenerate is false; blood cells have a life span of thirty (30) days, meaning that your body is constantly regenerating blood anyway.  However, if an individual loses a large amount of blood very rapidly, it is crucial that he or she obtain blood from a donor, because blood cannot be regenerated quickly enough to compensate for a large loss.\n\nSecondly, it is not common to get an O- blood type anywhere, as it is a recessive genotype to all the other blood types.\n\nIf your parents are both type O, then you are most definitely type O.  As for being O- as opposed to O+, it is very rare among families comprising mostly of O+ individuals.  (On the other hand, families with O- always have children with O- until another family member with another blood type joins the family).  However, it is possible if and only if a pair in your preceding family (i.e. great grandparents) were carriers of the O- blood type - this is likely, because you ended up with O- blood type.  There are a much greater handful of O+ individuals who bear O- genes than is apparent, but it's certainly possible; therefore, they are able to pass on those O- genes to their offspring.
401681
to what? have four children with four different blood types?\n\nYes, theoretically. Depending on the full genotype of the mother and father, but if they are both heterozygous (i.e., if Michelle's genotype is AO, and Mike's genotype is BO), then the possibilities for children include:\nAB\nAO\nOB\nOO\n\nIf they are both homozygous, however (ie, AA and BB), all their children will be AB. \n\nAnd then of course there are various combinations if Michelle is AO and Mike is BB or Michelle is AA while Mike is BO. A punnet square will help you out there.
755896
The Blood types would have to be 50% chance of Oo and 50% chance of Ao. Remember the three possible alleles in blood are A, B and O, out of the three only O is recessive. So in order to be heterozygous A you have to actually be Ao, If the other allele was a B, it would be AB. Because O is recessive, any individual with O blood type is automatically Oo. The punet squar then looks something like the following\n\n______ Oo\nAo___Ao Ao\n_____Oo Oo, \n\nHope that helps
182595
People have either type antigen A, B, or a combination of both (antigen AB). The ones who lack both are thought has having type O antigen. The way our immunity works is by attacking any thing that it recognizes as "foreign". Any individual with blood with antigen type A will attack others individuals type B and viciversa. Individuals with antigen type AB will receive type A and B blood, because the blood perceives it as it's own ( thus called universal recipient); this means that this patient can receive any type of blood either type A,B, or O. O type of antigen means that the blood lack any type of antigens ( meaning that it lacks of antigen A or B); which means that when this individual donates blood, the other individual does not detect any antigen A or B in the blood; thus there is no reaction to it. Thus an individual with type O is called universal donor, which means it can donate blood to any type A or type B individual. Well that is the basics i hope you find it interesting