99% / 96%
Accuracy of chromosome classification (blood/bone marrow)
Micro Solutions / Life Science
System of computer karyotyping ASI HiBand
Computer karyotyping with AI chromosome classification and technologist time savings of up to 68%
Product overview
- HiBand
- Applied Spectral Imaging
- US/Israel
- GenASIs Cytogenetics
- HiBand
Computer karyotyping with AI chromosome classification and technologist time savings of up to 68%
part of GenASIs digital platform for karyotyping and FISH analysis
ASI HiBand is a computer-based digital karyotyping system that automates metaphase search, offers a pre-karyotype, and reduces the routine manual processing of chromosome images.
HiBand performs high-performance metaphase scanning, quality search and ranking, chromosome segmentation and classification, and preparation of karyograms for peer review. Supports G-, Q- and R-banding, cell and chromosome comparison, metaphase gallery, aberrant ideogram and reporting. ScanLink Cyto module allows for the ability to create reports. Analyze images obtained on compatible third-party scanners.
HiBand is available for manual single-sliding station and automated systems on 9 or 99 slides. Automatic configurations use Olympus BX63 BF or ZEISS Axio Imager Z2 BF and monochrome CMOS camera 5 MP; supported sets of lenses for search for metaphases and analysis of chromosomes up to 100×/1.3 NA. The 99-slide version includes built-in reading 1D/2D barcodes and automatic oil supply, the result of computer classification requires verification and approval by a specialist.
Key figures
9 / 99
slide in automated configurations
up to -68%
saving technologist time
Applications
- Computer karyotyping
- Search and ranking of metaphases
- Prenatal and postnatal cytogenetics
- Oncohematological cytogenetics
Models and configurations
- HiBand
Product details
HiBand interface
karyotyping
Scope of application
cytogenetics of different types of samples
Automation
- High-performance scanning, search and ranking of metaphases by quality
- Segmentation and classification of chromosomes with preparation of karyograms for verification
- Support for G-, Q- and R-banding
Accuracy of AI Classification
- Correct chromosome segmentation: 93% (blood) and 90% (bone marrow)
- Correct classification: 99% (blood) and 96% (bone marrow), after manual adjustment
- The result of computer classification requires verification and approval by a specialist
Productivity
- Technologist time savings of up to 68% depending on sample type
- ScanLink Cyto – image analysis from third-party scanners
Platform
| Configuration. | hand station (1 slide), 9-slide system, 99-slide loader |
|---|---|
| Microscope | Olympus BX63 BF or ZEISS Axio Imager Z2 BF (automated configurations) |
| Camera. | 5 MP CMOS, monochrome |
| Objectives | for metaphase search and chromosome analysis, up to 100×/1.3 NA |
| Barcode reader | built-in 1D/2D (99 slide configuration) |
Accuracy (according to clinical data)
| Correct segmentation of chromosomes | 93% (blood), 90% (bone marrow) |
|---|---|
| Correct classification of chromosomes | 99% (blood), 96% (bone marrow) |
| Saving Technologist Time | up to 68% depending on the type of sample |
Dimensions and mass
| System with 9 slides | 61 x 69 x 85 cm, 45 kg |
|---|---|
| 99-slide system | 100 x 90 x 90 cm, 80 kg |
Scanning configurations
System with 9 slides
Automated karyotyping of the middle flow
99-slide loader
Fully automated large flow scanning with built-in barcode reader and auto-supply oil
Related equipment types
- Fluorescent microscopes
- Software and systems of FISH analysis
- Whole slide scanners.
Related products
- Ningbo Sunny Instruments EX30 — Fluorescent microscopes
- Applied Spectral Imaging CytoPower — Software and systems of FISH analysis
Classification
- Cytogenetics
- Software and systems of karyotyping and FISH-analysis
- cytogenetic equipment
- Analysis of images
- Karyotyping stations (capture and layout)
- HiBand