Laboratory Testing

There is no problem for two parents having the same blood type to get married, it's just because both of them have the ( O blood type ) all the children will be ( O type ).

The characteristics of ( O type ) in the field of blood transfusion, that the person with this type can receive blood from others only if it is (O), and they can donate blood to any type.

in summery : O type is a general donor, but a limited receiver for it self.

Microcentrifuge tubes are used to hold small volumes of liquid during centrifugation, storage, or transport of samples in laboratory settings. These tubes are designed to withstand high speeds and forces generated during centrifugation without leaking or breaking. They are commonly used in molecular biology, biochemistry, and other research applications.

Normocytic normochromic blood picture indicates that red blood cells are of normal size and color. Relative eosinophilia means there is an increase in eosinophils compared to other types of white blood cells. This can be seen in allergic reactions, parasitic infections, or certain types of blood disorders.

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).

Yes this could happen if the geno-type of both parents is heterozygous, what i mean by that is to have this symbol for both parents :

IAi X IAi

so to have a child with type O, the possibility for that is 25%

Your blood type has nothing to do with if you can have a child. The few issues to be worried about here would be that the child could be an "A+" blood type, which means you will need to take additional medications to prevent your body from "rejecting" it in the womb. However, there are easy ways to make sure that you don't have this problem. Another thing you may consider here, since you're already looking at blood types, is genetic profiles. This will help you understand the risks of having a child with specific genetic defects, such as Downs Syndrome.

Not necessarily. While a child may inherit their blood type from their father, it is not guaranteed. Blood type is determined by genes inherited from both parents, so it is possible for a child to have a different blood type than their father.

Approximately 37% of the world's population has O positive blood, making it the most common blood type globally.

You could be blood type B or O, as you inherit one blood type allele from each parent. If you inherit a B allele from your mother and an O allele from your father, you would be blood type B. If you inherit an O allele from both parents, you would be blood type O.

Yes, this is possible with possibility reaches to 50%.

AB cannot give blood to any other types, because it has both an A antigen and a B antigen. Type A blood has B antibodies, so it will fight with ABs B antigens. B has A antibodies, so it will fight with ABs A antigens. And O has A and B antibodies, so it would just fight AB in general.

Thats why AB can only give to other AB types. Transfused into any other type, it would cause the blood to clump, which is very, very bad, and typically results in death without immediate treatment.

Yes, you can. My husband and I are both of O+ Blood type, and my son was born with A+ blood. Extremely rare, but very possible!!

According to this website(AND the laws of common sense) http://www.fi.edu/learn/heart/blood/types.html two people with type O blood can ONLY have a type O baby. Confidential to the person who originally answered, Congrats on letting the whole world know you're a gutterslut =X

Not necessarily. Your blood type is determined by the combination of alleles you inherit from your parents, but it's not as simple as just inheriting the negative Rh factor. Depending on the specific alleles you inherit, you could end up with a positive blood type even if both parents are negative.

Yes, "b" and "o" are both blood types that are compatible for reproduction, so a baby's blood type could be a combination of the two parents' blood types. A healthy baby can certainly result from this pairing, as long as both parents do not have any genetic disorders that could affect the baby's health.

No, a person with type a blood and a person with type O blood can not produce an offspring with AB blood. The person with type A has either two genes which code for the A protein or one gene (either IAIA or IAi) while the person with type O blood is ii. there are therefore on genes which code for B available and the production of a child with AB blood is not possible.

If the woman is type A and her mother is type O... her genotype is AO.

If the man is type B and his father is type O... his genotype is BO.

There is a 25% chance the baby will be type O.

O blood type can only receive blood type only from O, and blood type O can give blood to all other blood types, but obly receive blood from it self

General Rule : O is general donnor but limited receiver.

Father and mother ( B and O) the father alleles here are heterozygous (IBi)

IBi ... ii

children are :

IBi , IBi , ii , ii

so 50% of children may be type B

& 50% of children may be type O

but if the father B type is homozygous ( IBIB)

100% of children will be type B ,,, (IBi)

if father is (Rh+Rh+) and mother (Rh-Rh-)

all kids will be Positive.

but if father (Rh+Rh-) and mother (Rh-Rh-)

50% of children will be +

50% of children will be -.

Medical Answers need to be confirmed and re-confirmed.

Their offspring can have blood type O positive or O negative because the O gene is recessive, while the A and B genes are dominant. The positive/negative factor refers to the presence or absence of the Rh antigen, which is independent of the ABO blood type system.

Blood types are determined by antigens present on the surface of red blood cells. There are four main blood types: A, B, AB, and O, which are determined by the presence or absence of certain antigens. Knowing a person's blood type is important for blood transfusions and organ transplants to ensure compatibility and prevent adverse reactions.

Yes, it is possible for parents with blood types B positive and O positive to have a child with blood type B negative. This can occur if the parents are both carriers of the negative Rh factor and pass it on to the child.

Yes, for a child to be Rh negative, both parents must carry at least one Rh negative allele. If both parents are Rh positive, they can still have an Rh negative child if both are carriers of the Rh negative allele.

The blood type will depend on the other parent.

but the Rh factor will be + no matter what is it for the other parent.

Yes, it is possible for an A+ father and a B- mother to have an O child biologically. Blood type inheritance follows specific patterns, and parental blood types do not directly determine the child's blood type. The child's blood type will depend on the combination of genes received from the parents.

The one gene one polypeptide hypothesis posits that each gene in our DNA encodes for a specific polypeptide or protein. Each protein plays a role in determining the traits or characteristics of an organism. This hypothesis helps in understanding how genetic information is transferred from DNA to proteins, which are key players in determining an organism's phenotype.