Observation of Flagellar Behavior / Mechanism of Microbial Motion [Application Example of High-Speed Camera]
Visualize a wide field of view all at once! It is possible to capture images without increasing the magnification of the optical system, while enhancing the depth of field.
By conducting waveform analysis of flagella, which serve as the propulsion mechanism for microorganisms and sperm during movement, we can contribute to the understanding of the locomotion mechanisms of microorganisms. For capturing images of microorganisms that are thick and difficult to focus on, a high-resolution high-speed camera that can visualize a wide field of view all at once is effective. Additionally, the pixel size of the sensor is about half that of conventional models, allowing for imaging without increasing the magnification of the optical system, which enhances the depth of field. [Recommended High-Speed Cameras (Partial)] ■MEMRECAM GO GO-4K - ISO sensitivity Monochrome: 400–12,500 - Resolution: 4,608×2,176 pixels (10–1,000 fps) - Shooting speed: 10–20,000 fps - Recording time: 2.26 seconds (1,000 fps, 32GB, sensor output 10bit) *For more details, please refer to the related links or feel free to contact us.
basic information
【Other Recommended High-Speed Cameras】 ■MEMRECAM Q2m ・ISO Sensitivity Monochrome: 32,000 ・Resolution: 1,920×1,080 pixels (50–2,000 fps) ・Shooting Speed: 50–100,000 fps ・Dimensions: Approximately (W) 62 × (H) 62 × (D) 87.5 mm ・Weight: Approximately 670 g *For more details, please refer to the related links or feel free to contact us.
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