Medical Microscopic Imaging Analysis Software - Chromosome Karyotyping Analysis

Product Introduction
Nanjing ZhongxinMedical Microscopic Imaging Analysis Software - Chromosome Karyotyping AnalysisThe system is a professional image processing system based on the experience of medical experts and medical big data, combined with artificial intelligence technology for the analysis of chromosome karyotypes related to reproductive and hematological diseases, as well as the analysis of occupational diseases related to aberrations and micronuclei. The system can achieve automated karyotype analysis from image scanning to diagnostic reports through automatic image screening, chromosome segmentation, and chromosome pairing, greatly reducing the repetitive manual labor of physicians and improving the efficiency of completing diagnostic reports. At the same time, it can also. Simultaneously supporting the use of traditional chromosome devices as well as domestically produced or imported chromosome automatic scanning devices is beneficial for significantly reducing user upgrade costs.

System advantages:
Image acquisition:
Seamless integration with traditional microscope imaging systems
Seamless integration of fully automatic scanning microscope system
Automatically filter high-quality images
Intelligent analysis:
Optimization of dynamic image effects
Automated segmentation of adherent chromosomes
Chromosome automatic pairing
Self directed learning:
Proactively learn user operations and continuously iterate
Real time evolution of AI algorithms
Information technology services:
Can be integrated with HIS/LIS/PACS and other systems
Local database construction, can be used without the need for internet connected cloud services
Supports online version and centralized image collection

System Features:

1. Equipped with modules for chromosome karyotype, chromosome aberration, and micronucleus analysis and examination;

2. The accuracy of automatic segmentation and pairing of a single chromosome is over 99%;

3. Support automatic identification and analysis of chromosomal aberrations, including diploid, circular, fragmented, and microbody aberrations, and automatically calculate the aberration rate and aberration cell rate for each type of aberration;

4. Support 1:1 display of original enhanced processing images and karyotyping images on the same screen without switching, greatly improving processing efficiency and convenience;

5. Support automatic identification and elimination of impurities;

6. Support one click automatic chromosome background processing, automatic segmentation, automatic pairing recognition, and automatic enhancement of paired images. The fully automatic processing time for completing a split image does not exceed 1.2 seconds;

7. Support automatic removal of chromosomal background noise function;

8. Support automatic enhancement and adjustment of chromosome pairing and chromosome banding patterns, and support intelligent matching of paired image banding enhancement effects based on the original image effect. The enhancement effect can be customized;

9. Automatic reminder of structural abnormalities in chromosomes;

10. Support comparative analysis of chromosomes of the same number in all split phases of the same specimen on the same screen, facilitating the identification and analysis of abnormal chromosomes;

11. Support editing operations such as rotating, scaling, erasing, and moving chromosomes at any angle, as well as comparing individual or all chromosome standard maps;

12. Automatically count the number of split phases that have been analyzed, making it easier to track the completion status of the work;

13. Supports integration with HIS/LIS/PACS and other systems, with strong scalability.