Introduction to microcirculation microscopy

Microcirculation microscopy is a high-resolution microscope specially used to observe and study microcirculation structures and dynamic processes in biological samples. It combines microscopy and digital imaging technology to observe and record images and videos of microcirculation in biological samples in real time.

Microcirculation refers to the process of blood flowing through a network of tiny blood vessels, including arteries, capillaries, and veins. The normal function of microcirculation is crucial to maintaining the physiological activities of tissues and organs, while abnormalities in microcirculation are related to a variety of diseases, such as cardiovascular disease, inflammation, etc.

Microcirculation microscopy can observe detailed structures in microcirculation such as microvessels, red blood cells, plasma, and white blood cells by using high-resolution eyepieces and transmission or reflection optical systems. At the same time, it is also equipped with a specialized image acquisition and processing system that can acquire, save and analyze microscopic images and videos in real time.

Microcirculation microscopy has the following features and advantages:

1. High resolution: Microcirculation microscopy can provide high-resolution microscopic images, allowing cells and components in tiny blood vessels to be observed.

2. Real-time observation: Through real-time video observation and recording, dynamic changes in microcirculation, such as blood flow velocity, vasoconstriction and expansion, can be captured.

3. Non-invasive: Microcirculation microscopy can be observed in living samples without the need to process or destroy the samples.

4. Data analysis: The equipped image processing software can analyze microscopic images, extract and measure microcirculation parameters, such as blood flow velocity, blood vessel density, etc.

5. Various applications: Microcirculation microscopy can be used in various fields such as biomedical research, clinical diagnosis and medical education, such as diabetic retinopathy, skin blood flow detection, tumor blood supply observation, etc.

In short, the advanced biological microscopy technology of the microcirculation microscope can provide high-resolution microscopic images and real-time observation of the dynamic process of microcirculation, providing a powerful tool for microcirculation research and applications in related fields.