Fluorescence Preclinical Imaging System
| System Type | Fluorescence |
| Other Characteristics | Real-Time, High-Resolution |
| Application | For In-Vivo Imaging, For Tissue Samples |
MiCAM03-N256 is a high-speed optical mapping system that captures and visualizes minute fluctuations in fluorescence intensity from biological samples that have been stained with fluorescent probes, including voltage-sensitive dyes and calcium dyes.input:
output:Cardiac sample:- Langendorff perfused isolated heart- Cardiomyocytes that have been cultured- Slice of the heart
– The heart of an embryo
– In Vivo heart
Neuronal sample:- Brain slice
– In Vivo brain
– Neurons that have been cultured
Fluorescent probes, among other things:
– Fluorescent dyes that are voltage-sensitive, including FluoVolt and Di-4-ANEPPS.- Fluo-4 and Cal520 are fluorescent dyes that are sensitive to calcium.
– Fluorescent proteins, including FRET, GECI, and GEVI- Intrinsic signals that are derived from hemoglobin and flavoproteinsPrimary characteristics:- Optical mapping-specific custom CMOS image sensor- Spatial Resolution: 256 x 256 pixels, 128 x 128 pixels (optional license enables the selection of additional pixel settings)
– Image Sensor Dimensions: 17.6mm x 17.6mm- Signal-to-noise ratio: greater than 71dB- Camera Port: 2- Maximum Frame Rate: 1,000fps (256 x 256px), 1,000fps (128 x 128px) (the optional license enables the selection of faster frame rates)
MAECENAS IACULIS
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