no.
Blood group O has both a and b antibodies, therefore receiving blood from blood group A, the A-antigens will agglutinate with the b-antibodies of the person with blood group O. Receiving blood from blood group B will also cause agglutination of its b-antigens and the blood group O's a-antibodies.
Hyporperfusion can be occur if the heart is damaged and unable to pump and adequate amount of blood through the body, there is inadequate blood volume in the body, or blood vessels are unable to respond to changes in blood pressure.
Because the person with the AB blood has both A & B blood group antigens present within their blood type. However the person with the A blood group lacks the B blood group antigen. Therefore the (A blood group) persons body will send antibodies to attack the given B blood group as though it were a foreign substance such as a virus or other hostile entity. This will cause several symptoms to arise which may result in death if not corrected quickly
Which group is the group of death of soccer
Blood group A can donate and receive blood from blood group A. Blood group B can donate and receive blood from blood group B. Blood group AB can donate only to blood group AB and receive from any other blood group (they are universal recipent) Blood group O can donate to any other blood group ( they are universal donor) and can receive from only blood group O.
dorminant
which blood group can be donate to all other groups? "O" positive blood group. it's called universal donor.
If you are in the AB blood group, you can only donate blood to others in the AB group. You can receive blood from any group.
A or AB
Indira Gandhi's blood group was reportedly A positive.
O- blood can donate to anyone, but can only get blood from other O-'s. If a type A donates to a type O, the antibodies from A collide with the anti-A antibodies from O, and can cause death to the person, or brain damage to a baby that's about to be born.
After death, the body undergoes several physical changes including rigor mortis (stiffening of muscles), livor mortis (pooling of blood in the lowest parts of the body), and decomposition (breakdown of tissues by bacteria and enzymes). These changes begin immediately after death and progress over time, leading to the eventual decay of the body.