The specimen may have been clotted, hemolyzed, or not properly mixed. It could also have been expired or contaminated. It's important to follow proper blood collection procedures to ensure accurate test results.
HF is a weak electrolyte because it partially dissociates into ions in solution, producing a small amount of H+ and F- ions. This results in a limited ability to conduct electricity compared to strong electrolytes like salts that fully dissociate into ions in solution.
Methanol is a weak electrolyte because it does not dissociate completely into ions in solution. While a small portion of methanol molecules may break apart into ions, most remain intact as neutral molecules. This results in a low concentration of ions in solution, making it a weak electrolyte.
ions, which allow the solution to conduct electricity.
The lavender top tube contains EDTA anticoagulant which can bind to calcium ions, affecting electrolyte results. Drawing a lavender tube before electrolytes can lead to falsely decreased calcium levels and potentially inaccurate electrolyte results. It is recommended to draw the lavender tube after the electrolyte tube to prevent any interference.
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.
The specimen may have been clotted, hemolyzed, or not properly mixed. It could also have been expired or contaminated. It's important to follow proper blood collection procedures to ensure accurate test results.
it will lead to inaccurate results
A CBC specimen may be rejected due to specimen hemolysis (breakdown of red blood cells), inadequate sample volume, clotted specimen, improper handling or storage, or outdated sample. These factors can affect the accuracy and reliability of the test results.
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.
HF is a weak electrolyte because it partially dissociates into ions in solution, producing a small amount of H+ and F- ions. This results in a limited ability to conduct electricity compared to strong electrolytes like salts that fully dissociate into ions in solution.
Try contacting the Orthopedic and Sports Medicine Center in Maine at http://www.tamc.org or call them at (207) 498-6151.
Normal results are no abnormalities seen on gross examination of the specimen(s) or under the microscope after tissue preparation
Combining the ocular (eyepiece) and the lens (objective) in a microscope results in magnification of the specimen. The ocular lens further magnifies the image produced by the objective lens, allowing for detailed observation of the specimen.
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.
It can cause extreme fluid loss that results in dehydration and electrolyte imbalances.
Methanol is a weak electrolyte because it does not dissociate completely into ions in solution. While a small portion of methanol molecules may break apart into ions, most remain intact as neutral molecules. This results in a low concentration of ions in solution, making it a weak electrolyte.