High-speed fluorescence imaging systemThe MICAM05 is specifically designed for neuroimaging, calcium imaging applicationsHigh-speed neuroimaging system, capable of long-term high-speed imaging and recording and storage of high-speed images. The high-speed fluorescence imaging system MICAM05 is ideal for ultra-low noise levelsDye imagingwithCalcium imagingapplications, which can also be usedFluorescent protein voltageCalcium indicators, such as FRET imaging andGCAMP imaging, hemoglobin imagingorImaging of flavoprotein proteins
Features of the high-speed fluorescence imaging system MICAM05.
USB30 interface high-speed data transmission technology, compatibility with external devices, suitable for real-time pixel output and additional analog input.
It is used in many types of research CCD cameras.
With a variety of CMOS cameras offering different spatial and temporal resolutions, these heads can be easily switched or swapped. (It is not possible to use different types of camera heads at the same time).
Direct data storage and USB3Long-term data acquisition with 0 high-speed data transmission.
New USB3The 0 interface allows the fastest data transfer processor to the PC directly from the hard disk or SSD data acquisition in parallel, regardless of memory capacity, from a few minutes to several hours of long-term recording. (Note that the sample rate, number of pixels, number of cameras used, and PC specifications will affect the total recording time).
Up to four cameras can be easily connected and used in a fully synchronized multi-camera system.
The Zui Multi-Camera Interface Board can be connected to the MICAM05 processor. Each interface board is equipped with two camera ports, so up to four cameras of the same type can be connected at any time. This allows for different angles.
Multiple fluorescence wavelengths and three-dimensional simultaneous imaging.
The real-time light intensity monitor output is available as a standard feature.
The real-time light intensity monitoring output function is available as an optional unit (MICAMZUI Final Digital Analog-to-Digital Converter Extension Unit) as a standard MICAM05. This function is used to output changes in light intensity, and eight users choose eight pixels from different angles. As a result, fluorescence change waveforms can be monitored and output before and after data acquisition. Changes in light intensity can also be monitored in real-time using optional software. Various IO connectors for improved compatibility with external devices.
Compared to the previous MICAM system, the MICAM05 has multiple input and output connections available. These common standard IO interfaces can be synchronized with image acquisition and external devices. An additional slot has been added to the MICAM05, so it can be customized according to different application studies.
The MICAM05 camera series for high-speed fluorescence imaging systems.
D225 CMOS camera (newly developed).
micam05-d225カメラ
The D225" camera features a newly developed CMOS image sensor. Brainvision MICAM developed a 256x240 pixel spatial resolution CMOS camera with high resolution.
The CMOS camera of the end of the zui.
Compared to the previous version of the Ulitma MICAM, the "Genesis" camera uses the same CMOS image sensor (100x100 pixels), but it has been redesigned into a new "digital" (instead of analog) camera, the MICAM05.
Other features: Instant interaction system.