High-precision instant orthogonal optical projection tomography system
A technology of optical projection tomography and imaging system, which is applied in the field of instantaneous orthogonal optical projection tomography system, and can solve the problems of no related reports
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Embodiment 1
[0020] Embodiment 1: The three-dimensional tracking system of rotating instantaneous orthogonal imaging performs three-dimensional tracking on the immune cells (such as neutrophils) of living model animals, and strives to improve the time-domain accuracy. Compared with the traditional three-dimensional tracking for three-dimensional imaging of samples at each time point, the present invention uses the instantaneous orthogonal imaging system to realize the minimum light radiation (minimum photobleaching and phototoxicity) for three-dimensional tracking of samples, which has little damage to living organisms and provides Biological, medical and pharmaceutical research provides new technical means and has important application value. 3D tracking of neutrophils in transgenic zebrafish embryos based on time-lapse in orthogonal projection angles. Imaging using the interaction of light and biological tissue has always been favored, because optical imaging has low tissue interference,...
Embodiment 2
[0026] Embodiment 2: A transient orthogonal imaging technique is proposed for three-dimensional tracking of sparsely distributed cells in the body, and optical projection tomography is proposed to obtain higher time-delay resolution. Different from the traditional three-dimensional tracking technology that needs to collect three-dimensional space at each time point, the present invention intends to reduce the light radiation to the sample. And use the angle multiplexing OPT system to collect two orthogonal images at different projection angles at the same time, and plan to use the time up to the camera frame rate to locate and track the characteristic target.
[0027] Place the sample on the rotating stage, focus the two orthogonal imaging arms to the rotation axis, select the appropriate system component parameters, laser, CCD, electric control shutter, filter, diaphragm, lens, etc., to build a dual-axis instantaneous orthogonal OPT imaging system. For sample preparation, a ...
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