What is the significance of a hemolyzed serum sample? In: Blood [Edit categories]Read more: What_is_the_significance_of_a_hemolyzed_serum_sample
Anti-B serum will agglutinate in the presence of type B blood. This serum contains antibodies that specifically target the B antigen on the surface of red blood cells. When mixed with type B blood, agglutination will occur, resulting in the clumping of red blood cells.
A serum IgE test is to measure the level certain antibodies to screen for allergies. A high level count can indicate an allergy or a parasitic infection.
Yes, an erythrocyte can become hemolyzed even if the solution remains clear. Hemolysis can occur due to factors like osmotic imbalances, mechanical stress, or the presence of certain chemicals. Clear solution indicates that the hemoglobin released from the lysed erythrocytes is well dissolved in the surrounding fluid.
serum is the preferred specimen for most chemistry, blood bank and serology test because proteins, such as fibrinogen, cause intererferences in the procedure or test. anticoagulant may also cause interferences which is present in blood plasma.
Human serum is typically a pale yellow color due to the presence of the protein albumin. The color may vary slightly depending on factors such as hydration level and diet but it is generally this light yellow hue.
Yes, blood glucose levels can be falsely increased in lipemic serum due to interference in some laboratory methods used to measure glucose levels. Lipemic serum contains high levels of triglycerides or fats, which can affect the accuracy of glucose measurements by some glucose assays. This interference can result in erroneously elevated glucose readings.
Serum is used in the germ tube test to provide nutrients and create an environment that promotes the growth and differentiation of yeast cells into hyphae. This helps in identifying certain pathogenic yeast species, such as Candida albicans, which produce germ tubes in the presence of serum.
For a complement fixation test, you will need serum samples from the patient being tested, heat-inactivated complement serum, specific antigen-antibody complexes, an indicator system to visualize complement activity, saline or buffer solutions, and control samples. The test is used to detect the presence of specific antibodies in the patient's serum by measuring the level of complement fixation.
hemolytic anemia, renal failure, Addison's disease, hyperparathyroidism, and magnesium-based antacids
Serum is serum
increased serum transaminase activity is seen in liver dysfunction. greater activity of GOT over GPT is typical of myocardial infarction.