Laboratory Equipments
Microscope | Centrifuge | Refractometer | Chemistry Analyzers | Hematology Analyzers | Coagulation Analyzers | Quality control of all laboratory equipments
CHEMISTRY ANALYZERS
There are a wide variety of chemistry analyzers available for laboratory use. Most use the principles of photometry to quantify analytes, such as enzymes, proteins, and other constituents in the blood. Electrochemical methods are used to analyze ionic compounds such as electrolytes. These two methods may require the use of two separate analyzers, or they may be combined into one. Another variation among analyzers is the way they facilitate the photometry testing procedure. A sample needs to be added to a substrate to initialize the test. Examples include slides, rotors, or cartridges (see Figure).
Depending upon the analyzer or the analyte being tested, a serum or plasma sample is required. Some analyzers have the ability to process whole blood sample as well. The type of anticoagulant recommended should be confirmed by reviewing the manufacturer recommendations. Regardless of the analyzer type chosen, it is important to maintain the equipment according to the manufacturer’s recommendations. With such a wide variety of analyzers available, this book cannot describe the operation, maintenance, and cleaning of each brand. The manufacturer’s guide should be consulted for this information. Regular maintenance is essential for ensuring the precision and accuracy of the analyzer. It may also be necessary for complying with the manufacturer’s warranty.
Microscope | Centrifuge | Refractometer | Chemistry Analyzers | Hematology Analyzers | Coagulation Analyzers | Quality control of all laboratory equipments
CHEMISTRY ANALYZERS
There are a wide variety of chemistry analyzers available for laboratory use. Most use the principles of photometry to quantify analytes, such as enzymes, proteins, and other constituents in the blood. Electrochemical methods are used to analyze ionic compounds such as electrolytes. These two methods may require the use of two separate analyzers, or they may be combined into one. Another variation among analyzers is the way they facilitate the photometry testing procedure. A sample needs to be added to a substrate to initialize the test. Examples include slides, rotors, or cartridges (see Figure).Depending upon the analyzer or the analyte being tested, a serum or plasma sample is required. Some analyzers have the ability to process whole blood sample as well. The type of anticoagulant recommended should be confirmed by reviewing the manufacturer recommendations. Regardless of the analyzer type chosen, it is important to maintain the equipment according to the manufacturer’s recommendations. With such a wide variety of analyzers available, this book cannot describe the operation, maintenance, and cleaning of each brand. The manufacturer’s guide should be consulted for this information. Regular maintenance is essential for ensuring the precision and accuracy of the analyzer. It may also be necessary for complying with the manufacturer’s warranty.
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