The presence of detectable immune complexes in the blood is important in the diagnosis of autoimmune diseases, such as SLE and rheumatoid arthritis. However, for definitive diagnosis, the results of other studies must be considered.
Normally, immune complexes are not detected in the blood.
The purpose of the immune complex test is to demonstrate circulating immune complexes in the blood, to estimate the severity of immune complex disease, and to monitor response to therapy.
Greater than 2% of total hemoglobin is abnormal.
This test requires a blood sample. It is not necessary for the patient to be in a fasting (nothing to eat or drink) state before the test.
An abnormal chromosome analysis report will include the total number of chromosomes and will identify the abnormality found. Tests for gene mutations will report the mutations found.
Abnormal findings in the basal gastric secretion test are considered nonspecific and must be evaluated in conjunction with the results of a gastric acid stimulation test. Elevated secretion may suggest different types of ulcers.
Because this test is requested when the physician suspects that a patient's immune system is not functioning properly, special care should be taken during and after blood is drawn. For example, the venipuncture site should be kept clean.
Abnormal crystals and amorphous sediment are findings in a urine test, not a blood test. Suggests stones.
The method generally used for detecting immune complexes is examination of a tissue obtained by biopsy (removal and examination of tissue sample) and the subsequent use of different staining techniques with specific antibodies.
urinalysis is a very common diagnostic test . describe and name the possible abnormal results related to this test. indicate the disorders that these abnormal results may suggest.
The clinical application of the engulfment test is crucial for diagnosing and monitoring various immune-related conditions, particularly those involving phagocytic cell function. It assesses the ability of immune cells, such as macrophages, to engulf and eliminate pathogens or debris, providing insights into the immune system's efficacy. Abnormal results can indicate underlying disorders, such as chronic granulomatous disease or other immunodeficiencies, guiding treatment decisions and patient management. Overall, the test serves as an important tool in both clinical diagnostics and research into immune system functionality.
GES scan studies that show emptying of the stomach in a longer than accepted period is abnormal. Severity of test results and symptoms do not always match; therefore, the physician must carefully interpret these findings. Diabetic.