An O positive newborn is severely jaundiced due to HDFN and has a positive DAT.  Mother is O negative with an anti-K.  The physician has ordered an exchange transfusion for this newborn.  What  blood should be given to this newborn? Does this blood need to be crossmatched and if so, how would that be done?

Which person type O, A, B, or AB is considered a universal donor, and which is a universal recipient? Explain your answer?

How do you determine your blood type and transfusions? Which blood types are compatible and which causes agglutination?

What is the probable percentage of children who could have Rh- blood with the following parents:   The mother is Rh-.  The father is Rh+, but his mother is Rh- .

A man with type AB blood has a child with a woman who has type O blood. Which of the following correctly represents the probability of the child’s blood type(s)? a) 25% type A, 50% type AB, 25% type B b) 100% type O c) 50% type AB, 50% type O d) 50% type A, 50% type B e)100% type O

Know the genetics of Rh and ABO factors. Dominance vs. Codominance.

Due to a clerical error, several blood samples at a blood bank were not labeled. The three list below were conducted on each sample to identify each blood type. Test 1 = Unknown sample mixed with “anti-A” serum (contains type A antibodies) Test 2 = Unknown sample mixed with “anti-B” serum (contains type B antibodies) Test 3 = Unknown sample mixed with “anti-Rh” serum (contains type Rh antibodies) (A) When unknown sample A was tested, agglutination (clumping) of red blood cells occurred in test 1, 2 and 3. The blood type of sample A is… (B) When unknown sample B was tested, no agglutination (clumping) of red blood cells occurred in any tests. The blood type of sample B is… (C) When unknown sample C was tested, agglutination (clumping) of red blood cells occurred in test 2 and 3, but not 1. The blood type of sample C is…

what does a hemostasis concept map look like with 10 words or phrases?

In humans, as well as with many other animals, sex is determined by special sex chromosomes. An individual containing two X chromosomes is a female, while an individual possessing an X and Y chromosome is a male. he sex chromosomes bear alleles for traits. Sex linkage applies to genes that are located on the sex chromosomes. These genes are considered sex-linked because their expression and inheritance patterns differ between males and females. The genes present on the X chromosome are said to be X linked. Many more genes are present on the X chromosome than found on the Y chromosome. Nonetheless, those genes found on the Y chromosome are said to be Y linked. The Y chromosome is smaller than its homologue, the X chromosome. Consequently, most of the loci present on the X chromosome are absent on the Y chromosome. 1. In humans, hemophilia is a sex linked trait. Females can be normal, carriers, or have the disease. Males will have the disease or not (but they won't be ever carriers) XH…

In which year name of blood group is given?