is there a blood group like AC?
407522
There are some rare factors in human blood, but the major groups are Type A (genes AA or AO), Type B (genes BB or BO), Type O (genes OO), and Type AB (genes AB). The Rh factor is important, also - either + or -.
76586
Your blood type depends on the blood type of your parents. So if their bloodtype is known you can make a good guess of your bloodtype. \nBut to be ascertain you'll have to get pricked .. Btw .. it doesnt hurt or something .. they just take a droplet of your blood for this test ..
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
12073
O+ is the most common, AB- is the rarest. \nOverall, the O blood type is the most common blood type in the world, although in some areas, such as Sweden and Norway, the A group dominates. The A antigen is overall more common than the B antigen. Since the AB blood type requires the presence of both A and B antigens, the AB blood type is the rarest of the ABO blood types. There are known racial and geographic distributions of the ABO blood types.\nFor more info refer to the source - wiki.
18302
Human MN Blood Group\nThe human MN blood group shows co-dominant inheritance at a single gene with two alleles. This makes the system ideal for population genetic studies in humans since all three genotypes can be identified and allele frequencies can be calculated directly. \nSince specific anti-M and anti-N antibodies are available, an individual can be blood typed as indicated in the following table:\n\n\nBlood\nType Anti-M\nReaction Anti-N\nReaction Genotype \nM + - MM \nN - + NN \nMN + + MN \n\nThe calculation of the frequency of either the M or N allele in a particular population is done by the simple relationship as follows:\n\n\np(M) = (# or frequency of M types + half the # or frequency of MN types) / total\nThe table below lists the observed blood type frequencies in several, different populations along with the calculated values of the M and N alleles and the expected frequencies of the three blood groups. The agreement between observed and expected frequencies is quite good.\n\n\nPopulation Blood Type\nM Blood Type\nMN Blood Type\nN p(M) q(N)  * \nAustralian Aborigine (obs.) 0.0301 0.2959 0.674 0.178 0.822 \nAustralian Aborigine (calc.) 0.0317 0.2936 0.6757   1.03 \nUS Native (obs.) 0.600 0.3512 0.0488 0.776 0.224 \nUS Native (calc.) 0.6002 0.3476 0.0502   0.77 \nUS Black (obs.) 0.2842 0.4964 0.2194 0.532 0.468 \nUS Black (calc.) 0.2830 0.4980 0.2180   0.19 \nUS White (obs.) 0.2916 0.4938 0.2146 0.5385 0.4615 \nUS White (calc.) 0.290 0.497 0.213   0.41 \nEskimo (obs.) 0.4673 0.4314 0.1013 0.683 0.317 \nEskimo (calc.) 0.4665 0.4330 0.1005   0.14 \nLapp (obs.) 0.287 0.521 0.192 0.548 0.452 \nLapp (calc.) 0.300 0.495 0.204   2.63 \nGerman (obs.) 0.3062 0.4913 0.2025 0.552 0.448 \nGerman (calc.) 0.3047 0.4946 0.2007   0.46
926258
In man blood group is applied to single factor. This factor is agglutinogen and is also called antigen. It is found on the surface of red blood corpuscles. \n\nAccordingly a person with `A' antigen is designated as a person with A-group, with `B' antigen as B-group, with both A and B antigens as AB-blood group and a person without any antigens is designated as O-blood group. \n\nIn the case of animals blood group is applied to combinations of blood factors. So it is preferable to call it as blood group systems rather then blood groups. Each system has many factors, which are together called blood group factors. \n\nDr. J. Moustgaard, of the Royal Veterinary & Agricultural College, Copenhagen has identified in cattle ten group systems namely A,B,C,FV,J,L,M,SU, Z and R'S'. Except J and L, all the other group systems have more than one group factor. For example the group factors of the group system A are designated as A{-1}, A{-2}, D, H, Z'. \n\nThe grouping factors are particular serum proteins. Acquiring of each protein is an inherited character. So examination of blood sample from within a breed might eventually prove a very useful means of selection. It might also indicate what mating could be expected to result in infertility. \n\nThe B-group system only has greater number of grouping factors. It has nearly 27 group factors, which are called phenogroups. Some of these are unique to particular breeds. \n\nThey are particularly valuable in determining incorrectly stated parentage. In dogs serum major groups have been recognised in the USA and they are referred to as A to G. \n\nIn veterinary practice blood transfusion is used in cases of haemorrhage and shock and to a lesser extent as part of the treatment of certain infectious diseases. \n\nIn cattle the donor and recipient are usually in the same herd. This fact lessens the risk of introducing infection and incompatibility does not arise. \n\nBut normal antibodies against the blood group factor-J are sometimes found in cattle. Thus if the donor's blood is J-positive and the recipient's blood contains normal antibody called anti-J the so-called transfusion reaction might be expected immediately following blood transfusion. These reactions are dyspnoea, muscular twisting, increased salivation and circulatory disturbances. \n\nHowever, if an animal has been exposed to repeated blood transfusions, a different situation will arise. The animal will now have formed antibodies against the blood group antigens it does not have itself. It is therefore by no means unlikely that the blood of donor and the recipient are incompatible. \n\nIf this is so, transfusion will set off strong transfusion reactions. Such reaction can occur on the second or on subsequent blood transfusion\n\nI hope this helps!
925572
I have the same blood type as you and here is what I found on the internet about it. Look at this site: http://www.dadamo.com/
433957
A and B blood types are both dominant, so each parent could potentially be A0, and B0, meaning the children could be any combination of A,0 and B, 0, so: AB, A0, 0B, or OO.  The kid could be blood type A, B, AB, or 0.
770411
They maybe checking for the following: \nSickle cell anemia, Iron dificency, Bata thalassemia trait, aplastic anemia.   Add....'HaemoglobinA1C'  to the list of test and see what you find.\n\nGOOD  LUCK.
811864
there r 3 system to classify blood.\n\n1st. AB0 system\nconsist of A B AB 0\nA can donate to A and AB\nB can donate to B and AB\n0 can donate to all\nAb can only donate to AB\n\n\n2nd. M N systems\nI have no explanation\n\n3rd Rhesus systems\n+ and -\nRhesus systems usually being combined with AB0\nsuch as; A+ or AB- etc
561843
The most interesting question of the day, so I had to do some research. While I thought it was impossible because of the antigens present in blood types, this article seems to indicate that it can be done. That sure will relieve blood supply issues.
9501
(1) You can donate even without knowing your Blood Type.\n(2) Blood Group test is performed at almost every hospital. Result is obtained very shortly which allows you to know the type of yuor Blood Group.
146212
O Negative is the universal donor.\n\nIndividuals with type O blood have red blood cells with neither antigen, but produce antibodies against both types of antigens. Therefore, a person with type O-negative blood can safely donate to a person with any ABO blood type and is called a "universal donor". However, an O-negative person can only receive blood from another O-negative person.
841575
The Rarest Blood group is AB Negative.  O Negative has the greatest demand though, as it can be given to anyone.  \n\nYour blood is rarer than your partners, but that doesn't necessarily mean your partner's is needed more.  In theory, the rarer the blood, the less people that will need it, but also the less people will be giving it.  Less rare blood is given more, but is needed more too, so it probably all balances out.  \n\nO negative can be given to anyone and O positive can be given to anyone with a positive blood group, so O is the most needed, and luckily the most common.  Well O positive is common, O negative is still quite rare, but not as rare as the other negative blood groups (A, B & AB).
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+.
1113703
im not aware of any diseases associated with blood types A + B. the only issue is if a mom as a non-compatible blood type with her baby, sometimes that can cause a problem but even that is usually not an issue
1004572
Yes.  O is a recessive gene, in this case, it doesn't produce an antigen.  A and B are both dominant, in this case, they both produce an antigen.  If the mother is BO and the father is AO, and both parents pass on the O gene, the child will be bloodtype O.