Blood type A+ positive cand donate to people that have types A+ or AB+. They can receiver blood from Apos & neg, O pos & neg.
Type O+ can give to O+ A+ B+ AB+ & only receive from O pos & neg
Type B+ can give to B+ and AB+ and receive from B pos & neg; O pos & neg.
Type AB+ can give only to AB+ and receive from EVERYONE
A- (neg) can give to A pos & neg; AB pos & neg & receive from A neg & O neg.
O- (neg) can give to EVERYONE and receive only O - (neg)
B- (neg) can give to B pos & neg; AB pos & neg and receive from B- and O-
AB- can give to only AB neg & pos and receive from AB-, A-, B-,O-
**Type O blood is the universal blood type and is the only blood type that can be transfused to patients with other blood types
**There is always a need for Type O donors because their blood may be transfused to a person of any blood type in an emergency
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Blood types are classified based on the presence or absence of antigens on the surface of red blood cells. The main blood type groups are A, B, AB, and O. Additionally, blood is also classified based on the Rh factor, resulting in blood types either being Rh positive or Rh negative. These differences determine compatibility for blood transfusions.
Genetic and environmental variations are the two main types of variations. Genetic variation refers to differences in DNA sequences between individuals, while environmental variation is caused by differences in the environment in which individuals live and develop. These variations can influence traits and characteristics in organisms.
No, all human blood is not the same. Blood types are determined by the presence or absence of certain antigens on the surface of red blood cells, with the most common blood types being A, B, AB, and O. Additionally, blood can also differ in terms of Rh factor, which further classifies blood as Rh positive or Rh negative.
Type A blood has A antigens on red blood cells, while type B blood has B antigens. Type A individuals have anti-B antibodies, and type B individuals have anti-A antibodies. Type AB individuals have both A and B antigens, while type O individuals have neither A nor B antigens.
In general, males tend to have higher hematocrit levels than females. Hematocrit levels measure the percentage of red blood cells in the blood, and this difference is due to factors such as hormones and differences in body size and muscle mass between males and females.
Yes, that's correct. Diff-Quik stain stains red blood cells pink and white blood cells purple due to differences in the staining properties of these cells. This differential staining helps in distinguishing between the two types of blood cells under a microscope.