IFISH fluorescence in situ hybridization imaging analysis system

Product Name:iFISHFluorescence in situ hybridization imaging analysis system

Purpose: Fluorescence in situ hybridization image acquisition, optimization, counting

technical requirement

Large target professional fluorescence camera, high sensitivity and low noise, not only meets the analysis of chromosomes, but also is more suitable for collecting weak fluorescence.

Pixel size: 1/1.2 inch chip, 2.3 million pixels, 1920 x 1200

Analog gain: 1x-32x

Exposure time: 50 μ s to 10 s

iFISHAnalysis System

The user-friendly interface corresponds to each step of image processing, with top-down operation process buttons that meet users' requirements for a reasonable and simple operation process.

Cells, probes, and rearrangement probes are automatically labeled, greatly reducing the workload of manual counting.

Multi channel and multi view intelligent shooting and synthesis: supports custom creation of multi-channel experimental templates, and can also customize the creation of multiple views during experiments. Convenient for observing sample data from multiple angles.

One click automatic removal of background fluorescence for optimal image quality.

Images can be analyzed under single channel fluorescence or combined fluorescence.

Automatic depth of field synthesis: Simply adjust the focus wheel to automatically generate a clear image with full field of view focus, without missing any probes.

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​​​​​​​Powerful enhancement and modification functions: automatic or manual binary control, background correction, automatic background impurity removal, local magnification, and threshold value processing. Text and other labels can be annotated. Images can also be modified, moved, copied, deleted, and grayscale adjusted using methods different from commonly used image software such as Photoshop.

​​​​​​​Set the software as experimental version and hospital version as needed, integrate the patient database with the name or number of the sending unit/patient, integrate all data and image libraries, and facilitate retrospective research.

​​​​​​​Detailed database information retrieval function, convenient for users to access and search for relevant patient text and image information.

​​​​​​​Flexible export of images and reports: Images from each channel can be exported separately, and diagnostic reports can be exported in Word format.

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