Vision Karyo® ? Chromosome analysis
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Vision Karyo® Chromosome analysis

Vision KaryoFISH West Medica West Medica feels strongly that innovation is the key to a brighter future and improves the quality of life for everyone. Development of “Vision” solutions for digital microscopy is a top priority and the main focus of West Medica. Technology is an increasingly influential factor in many fields as new methods are established every day and that’s the reason why West Medica always tries to be one-step ahead. New analytical procedures are regularly introduced onto the market and as a result customers are often looking for solutions to keep up-to-date on the latest...

Vision KaryoFISH Vision Karyo® Applications Cytogenetics — medicine — clinical laboratory — pathology — forensics — veterinary — life science — education — biology Vision Karyo® systems Vision Karyo® — digital system for karyotyping Vision KaryoFISH® — digital system for karyotyping and analysis using FISH method Remote consultations Vision software Specialist training Vision Karyo® — software for karyotyping Vision FISH® — software for karyotyping and analysis using FISH method Vision digital cameras Professional series Vision CAM® V2400 (M), Vision CAM® V2200 (M) Practica series Vision...

Vision KaryoFISH Chromosome analysis Optimise your work. Professional microscopy and generation of superior quality digital samples. A modern approach to chromosome analysis, including FISH method. Improved quality of your work Ergonomically correct workstation Continuous professional development of employees Benefit from knowledge and experience of your colleagues Internet and network capabilities Provide a reliable diagnosis. Accuracy and objectivity due to documentation and specialized software provide greater assurance in examination results. Work efficiently and ergonomically. Working...

Vision KaryoFISH Main characteristics Automatic karyotyping of human chromosomes Karyotyping of plant and animal chromosomes Chromosome analysis using FISH method Vision Karyo® automatically detects changes in number and structure of chromosomes, which allows you to diagnose genetic abnormalities (Down, Patau, Edwards and other syndromes). Vision Karyo® allows the control of genetic material structure in breeding new varieties of plants and animals. The method of fluorescence in situ hybridization is used to identify specific DNA sequences and is designed to automate a wide range of studies...

Vision KaryoFISH

VISION KARYOFISH Vision Karyo® systems

Vision KaryoFISH Chromosome analysis Automatic karyotyping of chromosomes — automatic separation of crossing over and touching chromosomes — straightening of curved chromosomes — automatic and manual object selection for measurement — high accuracy of automatic karyotyping of human chromosomes. Ideogram generation — wide range of karyogram operations — standard ideograms of different human chromosomal ISCN nomenclatures: 400, 550 or 850 — generation of ideograms for future identifications of chromosomes I can quickly assess genetic changes, thanks to the simultaneous display of chromosomes...

VISION KARYOFISH Analysis example Chromosome karyotyping Capture an image of a metaphase plate. If necessary, correct the image and select the chromosomes manually or automatically. The system will analyze chromosomes automatically and generate a karyogram. Validate. Generate and print out your analysis report. Report is saved in the database.

Vision KaryoFISH Chromosome analysis using FISH method FISH analysis is widely used in clinical diagnostic applications Fluorescence In Situ Hybridization Prenatal diagnosis of chromosome abnormalities Analysis module of the FISH method is designed to automate a wide range of studies using fluorescent hybridization method: Used in clinics for extracorporeal fertilization (IVF) and perinatal centers. Provides the possibility to detect a genetic disorder on time (before the embryo is implanted in case of IVF or at the early stage of fetal development) and take appropriate measures....

VISION KARYOFISH FISH analysis example Chromosome karyotyping using FISH method Capture a monochrome image of a metaphase plate using different fluorescence stains. The system will automatically generate a final psudocolored image. If necessary, correct the image and select the chromosomes manually or automatically. Analyze the chromosomes and generate a karyogram. Generate and print out your analysis report. Report is saved in the database.

Vision KaryoFISH Image enhancement Ergonomic image editing tools facilitate fast enhancement of a metaphase plate image One click on a ‘Color settings’ button to correct an image and get a superior quality digital sample. Camera control tools Camera settings Different modes when working with color (8 or 16 bit) allow color depth adjustment. “Field alignment” function removes any image defects: uneven field illumination, dust and scratches on optical components of the system. Color settings and exposure/brightness control Manual or automatic color settings give the possibility of image...

Vision KaryoFISH Report generation Professional report You decide how your report will look like You can take into account different template requirements (form and content). Add and delete analysis parameters, patient information fields and images. Review, save, print out and export — you have all the necessary tools to work with a report. I can send the report to my colleagues by email, publish it in a specialized social network online or just print it out

Vision KaryoFISH Education and professional development Professional development By working with Vision Karyo® system, doctors and laboratory employees improve their expertise every day Theoretical knowledge and practical skills improve every day thanks to: — reviewing of metaphase plate images — discussion with colleagues and experts Education Education today is easier and more effective using modern technologies Demonstration and discussion of the practical and theoretical material on the screen makes the learning process clearer and easier. Medical councils Discuss difficult cases...