The assay devicethat enables samples to be analysed in the laboratory of fluid from the body, are technological devices. That allows these devices to be made of operations of various testing and analysis of disease diagnosis, treatment according to diagnosis, to allow monitoring of the process is placed. Different devices can be used for each test process. In the laboratory, different tests and different devices are being used, more secure, and can be made quickly.
The Most Common Assay Devices
Device types are determined according to the purpose of Laboratory Service and is being used.
Blood and urine tests are used for which helps to diagnose the disease are as follows;
- Biochemistry analyzers
- Blood gas analyzer
- Microscopes,
- Spectrophotometer,
- Chromatography equipment,
- Hematology devices
- Coagulation devices
- Pcr device
- Endoscopy devices
The most commonly used devices, hospitals, clinical laboratories and research centers is being used. These devices, which allows to obtain information about the health status of patients, and initiation and monitoring of the treatment process includes accurate test results.
Biochemistry Analyzers.
Any chemical component analysis, biochemistry analyzers, biological in the form of a liquid can be made. Allows different operations to be performed by the lab and test equipments are important.
Biochemistry analyzers located between device types include the following;
- Biochemistry analyzers,
- Spectrophotometer,
- Enzymatic analysis devices
- Immunoassay devices
- Ion-selective electrode devices
- Hplc,
- Spetrometre mass of
- Blood gas analyzers Automatik
- Luminometre,
For each device the user space, and purpose is different. Biochemistry analyzers, are important devices that are used in hospital laboratories. Detailed biochemical analysis of patients in a manner that ensures that it is done.
Chemical Analysis Instruments
Known as biochemistry analyzers, chemical analysis equipment, urea, protein, glucose, creatinine, enzyme is used for measurements. These devices allows the analysis and execution of several parameters simultaneously.
Use of the device areas of chemical analysis, liver function, kidney function, blood sugar test, electrolyte balance, and cholesterol levels, such as analysis of consists of.
Enzymatic Analysis Instruments
In order to be disease diagnosis, various analyses and tests must be performed. Assay procedures were developed for devices, that enables the measurement of the value and function of the body. Enzymatic analysis instruments, laboratories, are devices that are used for testing internal organ enzyme.
Allows you to analyze blood samples from patients with the disease in the blood and helps to determine the type of enzyme values. Enzymatic analysis devices, pancreatic enzymes, liver function tests, cardiac enzymes, such as is used for tests. Devices produced by different brands, calibration is used after the settings have been made.
Spectrophotometer Devices
The person that is received from the components in the liquid sample spekrofotometre devices used to measure the level and type of a light wave is doing the necessary analysis. To measure how much fluid is absorbed by the liquid components indicates that the wavelength of light.
More blood and urine analysis are used. Analysis of blood and urine glucose, protein, and cholesterol levels allows for the determination and identification of. It is one of the most used devices, and allows for the rapid analysis on the samples received.
Ion-Selective Electrode Devices
Analysis operations are carried out in laboratories where the disease is found and one of the devices commonly used ion-selective electrode devices. In the Hijaz, the balance of electrolytes in blood and urine measures. More calcium, chlorine, potassium, sodium levels, and analyzes the structure of ions such as. Enables detailed analysis of blood samples from patients with kidney disease.
High-Performance Liquid Chromatography Device
The use of the different devices in the assay procedure, blood or urine samples in components, allowing it to be analyzed according to the type of disease. Hplc, high performance liquid chromatography, and the unbundling of the components allows the system to be analyzed separately. It is used to measure hormone balance.
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