_a->Accept
/
>O-a->O
\_b->Accept

If the mother's genotype is AA, the child can be A+ or A-

If the mother's genotype is AO, the child can be A+, A-, O+, or O- Most likely A+

NO , mother can be AO , AA ........... father OO only
daughter .. A or O never B

"करना या मरना" is the translation of 'do or die' in Hindi.

it depends if the mom is homogeneous A or heterogeneous A if she is hetero. as in Ai there is a 50% for O and 50% A if she is homogenous AA then the baby with have A with a recessive gene of O.

AA 'Long" O.

No. Type O is genetically OO, in order to produce a AO child one parent must be AO or AA.

If the baby is type is B+.

Two A blood types can result in a child with either A blood type or O blood type, depending on the genetic makeup of the parents. Both parents would need to be carriers of the O blood type gene for their child to have O blood type.

AO and AO through sexual reproduction at 25%.

Firstly, the positive and negative in A+ and A- is indicative of the Rh factor which is inconsequential in forming a O child. (It is important as concerns the difference between O+ and O-, but not in determining O vs. A, B, or AB.)

The phenotype (exhibited characteristic) of A-type blood can be caused by two allele combinations: AA and AO. Since the O in the AO is recessive, the dominant A is exhibited. (Note that the AA does not exhibit a "greater" amount of A-type blood.) When genes are passed from father/mother to child (in sexual reproduction) the gametes are formed using only one half of the alleles. (Therefore an AA person will always donate a single A and an AO person will donate an A half of the time and an O the other half of the time.)

In order to achieve the result requested, both parents must carry the recessive O gene in order for the child to get both recessive genes and exhibit O characteristics. Therefore both parents must be AO. Two AO parents will produce 25% AA children, 50% AO children, and 25% OO children where AA and AO exhibit as A and OO exhibits as O.

Yes - but only if both parents are heterozygous. This means they must have the genotype AO and BO. If either parent is homozygous, AA or BB - then they cannot produce a child with blood type O.

The child could either be blood type A or O, as they inherit one blood type allele from each parent. If the mother is blood type A (AO) and the father is blood type O (OO), the child has a 50% chance of being blood type A (AO) and a 50% chance of being blood type O (OO).

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.

jules argon rick o. shay

jules argon rick o. shay

Yes, it is possible for an AB negative parent and an A positive parent to have an O positive baby if both parents are carriers of the O positive blood type allele. This is because each parent can pass on either the O allele or the A allele to their child.

If both parents have genotype AO, then it is possible albeit rare for them to have a type O- child. If either parent is type AA, then the child will be type A.

No, this won't happen, because for O to come there has to be two (i) --> ii

id mother have the i, the father doesn't have it because he is AA.

Hope that helps :)

The word is the same. You spell it out:

A - Aa (ah)

N - ene (ENNAY)

D - de (THEY)

O - o (aw)

RR - erre (AIRRay)

A - a (ah)

The baby's blood type would either be type A or type O. The father (phenotype A) could have an underlying genotype of either AA or AO. Therefore, the baby could have either type A (AO - with A from the father and O from the mother) or type O (OO - with O from the father and O from the mother) blood.

12 O-levels at grade A* or above

5 A-levels with minimum A*A*A*AA

In humans there are two blood antigens - A and B. The absence of either antigen is referred to as O. The four possible phenotypes (genotypes) are: AB (AB), A (AA or AO), B (BB or BO) and O (O).

Yes. The blood group O can have the alleles AA and AO. The father must have the alleles AO for the child to have the blood group O (With alleles OO). The O from the father's AO was inherited to the child. The mother's O was also inherited by the child so the mother can have bloog groups A (AO), B (BO) or O (OO).

Blood group A phenotype can be as a result of AA or AO. Going by Mendelian rules of inherittance,

Group A father can be AA or AO and,

Group A mother can be AA or AO.

IF parents are AA & AA then all children will be AA = Group A only.

IF one parent is AA & the other AO, then the children can be AA,AO,AA,AO = Group A only phenotypically.

IF both are AO & AO, then the kids can be AA,AO,OA (all = Group A) and OO = Group O.

So depending upon if the parents are AA or AO, the children can only be Group A or Group O (when both parents are AO).

It depends on the genotype of the parents: If they are AO and AO the child could be all of the 2 Bloodtypes: AO (= bloodtype A) OO (= bloodtype O) If they are AA and AA the child could only be bloodtype A The answer in short: yes!

Yes - but only if both parents are heterozygous. This means they must have the genotype AO and BO. If either parent is homozygous, AA or BB - then they cannot produce a child with blood type O.

Yes, that is entirely possible.

Your father could be AA or AO, meaning your possible blood types (depending on your mother's) are:

A, B, AB, and O.

Yuzo Miyake has written:

'Isono Chozo o, Aa, i naru kana'

I think no main filma mehdia o amica vich hundia aa

Yes, a mother who is O negative can have a child who is also O negative, if the child inherits the O negative blood type from both parents. The child would need to inherit an O allele from the mother and an O allele from the father to have O negative blood.

Depending on what kind of A the mother is, the baby can be either O or A. If the mother is homozygous A (AA), the child would be A for sure. If the mother is heterozygous A (AO), the child can be either O or A. This is because the A allele is dominant over the O allele, and each person has two alleles for the ABO blood type. The father's O alleles (OO) are recessive so it all depends on the mother.

I HAVE NO IDEA! TELL ME! I HAVE THIS FOR HOMEWORK FOR PETE'S SAKE!!!!!!! :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O :O

Yes. The father's blood type must be oo. The mother's blood type could either be Ao or AA (both of these are blood type A). If the mothers blood type is Ao, she could give the o gene to the baby, resulting in the baby being type oo (or type o). (In order to have blood type o, you must have an o from your mother and an o from your father.)

Shobai kemon ache? The 'o' in 'shobai' is like in aardvark, but the 'o' in 'kemon' is like in horse. The 'e' in 'kemon' is like in hat. 'Ache' is not pronounced like in headache, but aa-cheh.

All babies will be A, if the mother alleles are homozygous (AA)

and the other option they will be in 50% A and 50% O if mother alleles are heterozygous (Ai) ,, :)

Hope that helps

Sonaar.

Here 'o' and 'aa' are pronounced the same as 'o' and 'a' in 'monarch'.

Misconceptionally some people also call it Him champa.

Both parents have 2 blood alleles of 3 types: A, B, and O.

Thus, parents can be type A (AA or AO), type B (BB or BO), type AB, or type O (OO).

When they have a child, the child gets one allele from the mother, and one from the father.

So, if both parents have type AA, the child will be type AA. If both have type AO, the child can be type A or O. It's rather simple.

The Basic Blood Group genotypes would be:

AA AO AB BB BO OO

Blood type A--AA AO

Blood type B--BB BO

Blood type AB--AB

Blood type O--OO

H E W O O O O O O O O O O O O O O O O O O

Adapt Proper

Type AA

Type AB

Type AO

Type B

Type O

Yes, an O mother and an A father can have a child with blood group O. This is because the O blood type is recessive, so for a child to have blood group O, both parents must pass on an O allele. Since the mother is blood group O, she can only pass on an O allele, while the father can pass on either an A or O allele.