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Hematology Analysis
Blood cell analysis is an important testing item in hematology. To improve testing efficiency, the laboratory uses a blood analyzer pipeline for testing.The SYSMEX-XN-2000v automatic hematology analyzer features flow cytometry combined with laser technology and electrical impedance analysis methodology to confirm accurate and reliable results.
Coagulation analysis
Coagulation is the process of blood changing from a liquid state to a gel state. This process involves a series of enzymatic reactions and molecular polymerization processes with the participation of various coagulation factors. The automatic coagulation analyzer is mainly used to measure the plasma hemostasis and the detection of thrombus molecular markers of experimental animals. These indicators are closely related to various diseases of experimental animals, such as atherosclerosis, cardiovascular and cerebrovascular diseases, diabetes, arteriovenous thrombosis, etc.
The Sysmex-CS-5100 automatic coagulation analyzer is a complete and excellent high-speed analysis system with reliable traceability.
Urinalysis
Urinalysis is one of the three routine tests (blood, urine and stool). As an examination of excretions, the results can reflect the metabolic status of the body. It is an important indicator for the diagnosis of many diseases and is also a sign of kidney or urinary tract disease. Many early stage of kidney diseases can feature proteinuria or visible components in urine sediment.
Immunological analysis
Immunological analysis is a method that utilizes the specific binding between antigens and antibodies in vitro, and then uses a flow cytometer to detect and analyze the desired substances. Analyzing lymphocyte subsets using flow cytometry is an important test in drug safety evaluation research. The flow cytometer in the Clinicopathology Laboratory is mainly used for lymphocyte phenotypic analysis of animal blood cells. By analyzing the quantity and function of various immune cell populations, it reflects changes in the body's immune system.
BD FACSLyric flow cytometer is equipped with 3 lasers and 12 colors, which allows for a more efficient detection rate and more flexible color scheme. A more efficient and intelligent automatic sampling system that can perform continuous sampling and data collection with tube racks or 96-well plates, achieving up to 35,000 events/sec. More accurate light path self-adjustment. FACSLyric has a fluorescence compensation value update function once every 60 days. It also has a more precise optical self-adjustment and updates the fluorescence compensation values every 60 days. The advanced operating interface allows real-time monitoring of the testing status and indicators of each sample.
Biochemical assay
Clinical biochemical indicators are mainly used to detect the metabolism of carbohydrates, lipids, proteins, and evaluate the urinary, hepatobiliary, cardiovascular, muscle and gastrointestinal systems. These detection indicators reflect the impact on the overall metabolism, nutrition and health status of the animal body in preclinical research of drugs.
The fully automatic biochemical analyzer uses modular parallel work to quickly complete detection and report data; it has a more stable Na, K, CI electrode system and independent electrodes to make sample detection more accurate; the instrument has a built-in dry incubation system with constant temperature liquid circulation. Making temperature control more accurate and stable, and ensure the accuracy of detection data. 4000 photometric tests/hour, 900 electrolyte tests/hour (ion selective electrode method), 120 analysis projects can be performed simultaneously. With an additional independent retest track and a dual sampling system, it fully meets the requirements, making it more convenient, flexible, and safe.