The laboratory technique you are referring to is known as radioimmunoassay (RIA). In RIA, a radioactive substance is used to label a specific molecule or antigen, and when this labeled molecule is mixed with a blood specimen containing the corresponding antibody, the level of radioactivity can be used to quantify the amount of antigen present in the blood sample.
There is no single temperature. It depends on the nature of the specimen.
A slightly hemolyzed specimen refers to a blood sample with some degree of red blood cell rupture during collection or processing. This may affect test results and can be caused by rough handling, improper venipuncture technique, or prolonged tourniquet application. It is important to note any hemolysis as it can interfere with certain laboratory tests.
It depends on the laboratory's guidelines. If the icteric bilirubin specimen interferes with the accuracy of the test results, then it may be rejected. In some cases, the specimen may be processed but flagged for having abnormal color.
The half-life of a radioactive substance is an intrinsic property that does not change regardless of the size of the specimen. Whether the sample is large or small, the time it takes for half of the radioactive atoms to decay remains constant. Therefore, reducing the size of the specimen does not affect its half-life.
The intra-analytical phase refers to the processes that occur during the analysis of a specimen in the laboratory, including sample preparation, analysis, and interpretation of results. It involves activities such as centrifuging, aliquoting, and performing tests on the specimen. Proper handling and processing during this phase are crucial to ensuring accurate and reliable test results.
A coverslip is used in a science laboratory to protect the specimen on a microscope slide from damage, contamination, and drying out. It also helps to flatten the specimen and keep it in place for observation under a microscope.
The researcher went to the laboratory to dissolve his specimen in alcohol.
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How soon a specimen of something must reach the laboratory depends partly on the reason for which it is being sent to the laboratory, environmental conditions during storage and transit, and the stability of the substances the specimen consists of. A urine specimen must be refrigerated during storage and transit and arrive in the lab within an hour or two. It cannot sit out because warmth will allow bacteria, if present, to begin to grow in numbers.
The most acceptable method for obtaining the accurate weight of a specimen in a laboratory experiment is to use a calibrated analytical balance or scale. Place the specimen gently on the balance pan, allow it to stabilize, and record the weight displayed on the balance. Ensure the balance is calibrated, zeroed, and that the specimen is handled properly to avoid errors.
There is no single temperature. It depends on the nature of the specimen.
A slightly hemolyzed specimen refers to a blood sample with some degree of red blood cell rupture during collection or processing. This may affect test results and can be caused by rough handling, improper venipuncture technique, or prolonged tourniquet application. It is important to note any hemolysis as it can interfere with certain laboratory tests.
It is the substance or the material being studied.
It depends on the laboratory's guidelines. If the icteric bilirubin specimen interferes with the accuracy of the test results, then it may be rejected. In some cases, the specimen may be processed but flagged for having abnormal color.
Specimen collection is the process of obtaining samples from a person, animal, or environment for further analysis or testing. This can involve various methods such as blood draws, swabs, urine samples, or tissue biopsies, depending on the specific type of specimen needed for diagnostic or research purposes. Proper collection techniques are essential to ensure accurate results and avoid contamination.
Squeeze,hard to get,the blood flowing quickly
Capillary Puncture