Today, more than 70% of medical diagnoses are based on laboratory test results. In large centers, laboratory technicians face critical workloads, which increases the risk of errors due to the human factor. Innovative laboratory equipment transforms the laboratory from a point of analysis collection to an intelligent center with full automation.
Modern systems solve the main concerns of doctors: low sample processing speed and insufficient reproducibility of results. Digitalization of analytical stages allows us to reach the level of personalized medicine. Now each analysis becomes the foundation for prompt therapy.
Blood biochemistry is one of the most technologically complex stages of diagnostics. The main problem here is the instability of results when working with low concentrations of analytes. BioSystems automatic biochemical analyzers solve this problem thanks to precision mechanics and closed optical systems.
Laboratory owners are often concerned about the high cost of maintaining equipment. BioSystems equipment (in particular the BA 200 and BA 400 series) optimizes costs due to the following solutions:
• Accurate dosing: the system measures the reagent in increments of 0.1 μl, minimizing its excess consumption.
• Stability of optical density: patented LED technology does not heat the reaction mixture, which guarantees the accuracy of the result throughout the shift.
• Minimum reaction volume: the ability to work with a volume of 180 μl significantly saves biochemical reagents.
The study of the hemostasis system is vital in preparing for operations. The main "pain" of the laboratory technician is the effect of lipemia or bilirubinemia on the optical density of the sample. This often leads to false blood clotting indicators.
Modern BioSystems coagulometers use clot registration methods that ignore the turbidity of the sample. This allows obtaining accurate data even in complex patients with cardiovascular diseases without the need for repeated blood sampling.
Analysis of electrolytes (Na+, K+, Cl-) is critical in intensive care. In such situations, the main problem is time: a delay in the result can be fatal. Diestro electrolyte analyzers are designed specifically for conditions where instant accuracy is required.
The automated Diestro Auto Plus model provides high measurement speed (up to 60 samples per hour) with a minimum sample volume of 40 μl. Main advantages:
• Automatic self-diagnosis: the device independently monitors the condition of the electrodes and the consumption of reagents.
• Adaptability: compact dimensions allow installing the analyzer directly in intensive care units.
• Simplicity of the interface: the touch screen and connection to the LIS minimize the time for document flow.
General urinalysis has long depended on the subjective assessment of the laboratory technician. 77 Elektronika has solved this problem by fully automating the process. Semi-automatic devices such as DocUReader 2 Pro eliminate errors associated with the human factor.
For large laboratories, the fastest in the LabUReader Plus 2 line is the ideal solution, processing up to 500 tests per hour. The use of standardized LabStrip U11 Plus test strips guarantees the stability of results and the detection of pathologies at an early stage.
The true efficiency of a medical institution lies in creating a single diagnostic circuit. The use of systems from BioSystems, Diestro and 77 Elektronika simultaneously solves the problem of data fragmentation. When the equipment works in synergy, the laboratory receives a complete clinical picture of the patient's condition.
From a management point of view, European equipment from the supplier Medigran reduces hidden costs. They often arise due to the need for repeated tests or simple equipment. The rational use of reagents and high reliability make such an investment justified in the first year of operation.
Conclusion
The introduction of automated analyzers is the only way to reduce the number of diagnostic errors. BioSystems, Diestro and 77 Elektronika technologies transform routine research into a fast and accurate process, which directly improves the quality of life of patients.
