Laboratory Testing

A Bunsen burner can be used for heating, sterilizing, and combustion of chemicals in laboratories. It provides a controlled flame that can be adjusted for different types of experiments, such as heating liquids, melting solids, and performing chemical reactions.

The genotype is either BB or BO. The antigens on the blood cell are B and the antibodies in the blood plasma are A.

Yes, it is possible to give O Positive blood to O Negative patients, but it is not likely to happen. Blood Bankers are trained to "match" blood to the person receiving the blood and these two types, while compatible, are not a good "match".

The presence of the Rh factor in O Positive blood is likely to cause an immune response when given to a patient that does not have the Rh factor as in Rh Negative blood.

The opposite is acceptable. It is perfectly OK to give Rh Negative blood to and Rh Positive person since they will not be getting something they do not already posses.

I have o+ my son has 0+ my husband has ab- would my husband be the father of my child

15% of people in the world are rh negative...i happen to be one of that 15%

To be absolutely certain your full blood type would need to be known as you are B positive your genotype can be either BB or BO as B is dominant to O. If you are group BO your child can be either

AB

BO

AO

However if you are BB then you child can be

AB

BB

As to if they will be positive or negative im not sure but im fairly certain that since you and your wife are both rhesus positive then your child will be too.

No, a person having o-negative blood cannot receive blood from a person having o-positive blood because it will cause coagulation of blood

To consolidate means to combine or merge separate things into one cohesive unit. It can involve bringing together different parts into a unified whole, or strengthening the unity or coherence of a group or organization.

Yes, it is possible for parents who are B positive to have an AB positive baby. This would occur if one parent is B positive with the genotype BO and the other parent is AB positive with the genotype AB. The child could inherit the A and B alleles from each parent, resulting in an AB blood type.

If the mother is Rh negative and the father Rh positive there is a possibility that the unborn baby will be Rh positive as well. If the baby is Rh positive than the mother (who is Rh negative) has antibodies made for Rh positive substances which would include the baby. Basically the mothers body will attack the baby because it is not a match with her body. Commonly this is not as much of a problem with the first baby because the body does not build up the resistance to the first child but the second child will often run into complications because the body has built up antibodies against the second child's Rh positive blood. This is often called Rhesus disease or Rh disease.

First off test your blood with antibody's against A and B.

The lab rats do this by making a solution of your blood and mixing this in several tubes with the antibody's. In your case both A and B will become clotted, because the antibody's against A react with your A antigens, and the antibody's against B react with your B antigens on the red bloodcells.

But, if you really have A2, the reaction between the Anti-A and A will be slightly less powerfull. To determine whether you have A2, the blood solution is mixed with antibodies against A1. If this doens't become react and become clotted, you don't have A1, thus you have A2 (there are other possibilities but the lab always gives it the name A2). And there you go, now the lab rats know you have the A2B bloodtype.

Ruben

Receiving the wrong type of blood can lead to an immune system response that can cause serious complications like hemolytic reactions, kidney failure, or shock. In severe cases, it can be life-threatening. Treating the complications typically involves supportive care and possibly additional medical interventions. It is crucial for healthcare providers to ensure that blood types match before transfusions to prevent such issues.

A Rh negative patient cannot receive Rh positive blood as it will cause a antibody reaction to the donor plasma, but a Rh positive patient can receive Rh negative blood as the donor blood lacks the Rh antibody component.

PS the Rh factor is present on Red blood cells and not in Plasma

the cold war.

i love sam <3

^no you don't, this is high school.

Yes, she can.

As far as blood type goes, if one parent is O and the other parent is B, the child can be either O or B.

For Rh factor (i.e. negative or positive), if at least one parent is positive, then the child can be either negative or positive. If both parents are negative, then the child will be negative.

So, it is perfectly plausible that it is his child.

There is no scientific evidence to suggest that people with type O blood are more prone to vomiting compared to those with other blood types. Vomiting can be caused by various factors such as infection, motion sickness, or gastrointestinal issues, and is not typically associated with a specific blood type.

Knowing your blood type (Rh positive or negative) does not determine your genotype with 100% certainty. Specific genotyping tests are needed to determine the exact genetic makeup of the Rh factor (e.g., whether you are RhD positive or negative) in addition to your ABO blood type.

One simple test to distinguish between saturated and unsaturated compounds is the bromine water test. Saturated compounds do not react with bromine water (no color change), whereas unsaturated compounds will decolorize the bromine water due to addition of bromine across the double bond in the unsaturated compound.

If X is the set of all blood groups of human beings and Y is the set of all human beings then

the association that associates a blood group to a person having that blood group is not a

function from X to Y .

Pus in urine can be identified through a urine test called urinalysis, which can detect the presence of white blood cells and bacteria in the urine. Symptoms like cloudy or foul-smelling urine, frequent urination, and pain or burning during urination may also indicate the presence of pus in the urine. If you suspect pus in your urine, it is important to consult a healthcare provider for proper diagnosis and treatment.

Preliminary urine culture might just be a Urinalysis (UA), in which they check for white blood cells in sample. White blood cells are a sign of inflammation. No matter what the preliminary culture says, you should wait for the results of the Urine Culture (24-48 hours) as it can provide more information about the possible infection.

An occasional number of epithelial cells in a urine analysis could indicate normal sloughing of cells from the urinary tract. However, if there is a large amount of epithelial cells present, it may indicate inflammation or infection in the urinary tract. Additional testing and evaluation may be needed to determine the cause.

D dimer is a protein fragment that is found in the blood after someone has had a blood clot. Fibrinolysis breaks down the clot, leaving D dimer in the blood. The D dimer blood test is usually performed when doctors suspect that a patient has a pulmonary embolism (blood clot in the lung) or deep venous thrombosis. While a negative D dimer blood test usually means that a blood clot is not present, a positive D dimer blood test does not necessarily indicate a blood clot or deep venous thrombosis

If they're both homozygous (AA, AA): A is produced.

If they're both heterozygous (Ai, Ai): A or O is produced.

If one of them is heterozygous and the other not (Ai, AA): A is produced.

The baby's blood type would depend on the specific genotype of both parents. With a mother who is O-positive and a father who is Rh-negative, the baby could potentially have blood types A-negative, B-negative, AB-negative, or O-negative.