Take blood samples on 3 different slides.on 1 blood sample,put a drop of Anticerum A,on 2nd samle,put a drop of Anticerum B.on 3rd blood sample ,put a drop of RH Factor.leave them a while.if there will b agglutition on RH Factor,s slide,it means Blood group is +(positive),if no agglutition,then Blood group will b _(negative).
if there is agglution on Anticerum A,s slide/then blood group will be -A-.if there will be agglution on Anticerum B,s slide,Blood group will be -B-.if agglutition on both slides,blood group will be -AB-,if there is no agglutition on both slides,then blood group will be -O-
Rh blood factor is determined by the presence or absence of a particular erythrocyte protein.
the presence or absence of a particular erythrocyte protein
The blood type of the parents. It is inheritable.
the antigens on their blood cells
Each person's blood is one of four major types: A, B, AB, or O. Blood types are determined by the types of antigens on the blood cells. Antigens are proteins on the surface of blood cells that can cause a response from the immune system. The Rh factor is a type of protein on the surface of red blood cells. Most people who have the Rh factor are Rh-positive. Those who do not have the Rh factor are Rh-negative
There are two types of Rh blood type, a Rh + and a Rh -ve, they are useful in surgery so blood type can be matched. Especially in pregnancy it is beneficial for mother and child to have the same Rh blood type.
When having RH blood type, it can complicate pregnancy, but it is rare. It is normally when the fetus's blood travels through your canal. RH blood types are compatible with other RH blood types.
The blood groups A, B, AB and O are the seperate blood types and within a blood type the blood may be Rh+ or Rh-.
About 85 percent of the people he tested had this protein, and about 15 percent lacked it. Like the A, B, AB, and O blood types, the presence of Rh factor is determined by a marker on the red blood cell. If your blood type is Rh positive, you have the Rh marker. If your blood type is Rh negative, you lack the marker on your cells. If you are Rh negative and ever received Rh positive blood, you would develop Rh clumping proteins in your plasma. This situation is potentially dangerous.
Rh blood is the most complex genetically of all blood types. It is known that a mother who is pregnant and has Rh- and the father has Rh+, it can cause birth defects in the child. If you are recieving a blood transfusion though this does not apply. You can either recieve Rh- or Rh+. All blood types negative or positive all have Rh blood types in them. The problem you may be experiencing which may take you awhile to recieve blood is that you may have Rh- negative blood which means that you cannot recieve Rh-negative or Rh+negative, and you can only recieve Rh- negative, but yes all blood banks will carry Rh blood, this type of blood though may be more common in different types of people though.
RH- and RH+ are not blood types, they are factors.
The four blood types for humans are: A, B, AB and OO. Also the RH factor determines is your blood type is RH negative (-) or RH positive (+). All blood types can then be classified as: A+, A-, B+, B-, AB+, AB-, O+ or O-.
These are specific blood types in a human being.
If a newborn has B positive blood, it means his blood has the B antigen and is Rh positive. There are 4 blood types: A, B, AB, and O. There are two Rh types Rh positive, Rh positive and Rh negative. That simply means what type of blood the baby would receive if it needed a transfusion.
The Rh blood group is determined by a single gene with two alleles-- positive and negative. The positive (Rh+) allele is dominant, so persons who are Rh+/Rh+ or Rh+/Rh- are said to be Rh-positive. Individuals with two Rh- alleles are Rh-negative. Citation Hall, Prentice "Biology" Upper Saddle River, New Jersey, 2002 Page 344 in human genes subtitle, blood group genes subsection , paragraph 2
Rh is a blood group system used for blood transfusions. Many people have the Rh factor on the red blood cell's surface that determine who they can give and receive blood from.