Multimodal Biological Microscopic Imaging System
The multimodal biological microscopic imaging system targets brain lesions across scales from cells to living organisms. It combines second near-infrared window fluorescence, two-photon-excited fluorescence, second-harmonic and fluorescence-lifetime imaging in a coordinated microscopy platform. Four technical areas: 1. Overall in-vivo multimodal system design; 2. Synchronized acquisition; 3. Deep, high-resolution, label-free multimodal analysis of the in-vivo brain microenvironment; 4. AI-based highly accurate brain-lesion recognition.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Confocal Excitation Wavelength | Visible wavelengths (405/488/561/640 nm) and near-infrared wavelengths (785(808)/850/980 nm). |
| Second Near-Infrared Window Imaging Depth | 1.5 mm |
| Ex Vivo Imaging Resolution [Transverse] | 200 nm |
| Ex Vivo Imaging Resolution [Longitudinal] | 1 μm |
| In Vivo Imaging Resolution [Transverse] | 800 nm |
| In Vivo Imaging Resolution [Longitudinal] | 2μm |
| Imaging Speed [Maximum] | Maximum 100 fps |
| Imaging Modalities Include | Visible/near-infrared confocal or widefield imaging; two-photon TPEF; second/third harmonic; fluorescence lifetime FLIM. |
Datasheet
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