Classification of urinary sediment analysis systems

Based on the technology and principles used, urinary sediment analysis systems can be divided into the following categories:

1. Optical microscope system: Optical microscopy technology is used to observe the morphology and composition of urine sediment. It is usually equipped with a digital camera that can perform digital image processing and storage.

2. Image processing system: Use digital image processing technology to automatically identify, classify and count cells and particles in urine sediment, reducing operator subjectivity and time costs.

3. Infrared spectroscopy system: Using infrared spectroscopy analysis technology to measure the spectrum and spectral intensity of chemical components in urine sediment, the composition and properties of urine sediment can be more accurately quantitatively analyzed.

4. Dynamic fluorescence microscope system: Use fluorescent probes to mark specific chemical components in urine sediment, observe and analyze the dynamic changes of fluorescence signals through fluorescence microscopy technology, and track microorganisms, cell activities and metabolic processes in urine sediment. and monitoring.

5. Magnetic resonance imaging system: Using magnetic resonance imaging technology, by scanning the nuclear magnetic resonance signals in the urine sediment, high-resolution non-invasive imaging and quantitative analysis of the structure and composition of the urine sediment can be performed.