k Small animal imaging system Fluorescence molecular imaging system. This machine, the Olympus OV110, is an imaging system that allows highsensitivity, highspeed imaging from individual cells to entire small animals such as this mouse, red through the use of fluorescent markers. The animal can be anaesthetised with isoflurane and kept at a constant temperature within the microscopy housing unit and viewed on a computer. It has a zoom range of 105x and fluorescent imaging of the entire body, of organs, tissues or of individual cells can be conducted without disturbing the animal. The system requires a short exposure time and there are a variety of methods to label tissues, such as using fluorescent proteins or fluorescent probes. Stock Photo - Afloimages
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Small animal imaging system Fluorescence molecular imaging system. This machine, the Olympus OV110, is an imaging system that allows high sensitivity, high speed imaging from individual cells to entire small animals  such as this mouse, red  through the use of fluorescent markers. The animal can be anaesthetised with isoflurane and kept at a constant temperature within the microscopy housing unit and viewed on a computer. It has a zoom range of 105x and fluorescent imaging of the entire body, of organs, tissues or of individual cells can be conducted without disturbing the animal. The system requires a short exposure time and there are a variety of methods to label tissues, such as using fluorescent proteins or fluorescent probes.
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Small animal imaging system

Fluorescence molecular imaging system. This machine, the Olympus OV110, is an imaging system that allows high-sensitivity, high-speed imaging from individual cells to entire small animals (such as this mouse, red) through the use of fluorescent markers. The animal can be anaesthetised with isoflurane and kept at a constant temperature within the microscopy housing unit and viewed on a computer. It has a zoom range of 105x and fluorescent imaging of the entire body, of organs, tissues or of individual cells can be conducted without disturbing the animal. The system requires a short exposure time and there are a variety of methods to label tissues, such as using fluorescent proteins or fluorescent probes.

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