ZEISS in collaboration with MetaSystems | Metaphase Search Reloaded - Artificial Intelligence Based Solutions for Rapid and Accurate Karyotyping | Webinar and Live Demo

June 9, 2021 | Wednesday | 10:30 AM - 11:30 AM IST

Overview

Based on three decades of experience and continual advancement, MetaSystems has developed the most comprehensive and automated cytogenetic solutions. The new CoolCube 4 camera enables ultra-high resolution and unprecedented speeds in scanning while the next generation Ikaros DNN (Deep Neural Network) (US patent no: 10,991,098) enables Artificial Intelligence (AI) augmented automatic separation and karyotyping. This AI-based chromosome classification is the next quantum leap in optimizing chromosome analysis which allows investigators for an unrivalled gain in karyotyping efficiency, accuracy and represents a fully automated workflow from scanning to karyotyped metaphases. It therefore will be the first out of many MetaSystems products which will benefit from the applications of AI.

Highlights

• Live system demo
• Role of artificial intelligence in cytogenetics
• Patented technology for swifter turn around time (TAT), from minutes to seconds

Ikaros DNN - Automated Karyotyping with the help of Artificial Intelligence

Speaker Profile | Mr. Benjamin Ching

Mr. Benjamin Ching | Director, MetaSystems Asia Co. Ltd.

More than 15 years of experience with automated image analysis and high throughput automated scanning.
Extensive knowledge of applications development and implementation in the JAPAC region.
Fluent in microscopy applications and molecular genetics.

Biographical Sketch:

Oct-2014 – Present: Director & Strategic Applications; MetaSystems Asia Co. Ltd., Hong Kong, China.
2007: Joined MetaSystems Asia Co. Ltd., Hong Kong as Application Specialist.
2006: MSc. Biological Sciences, Molecular Genetics and Gene expression, University of Windsor, Windsor, Ontario, Canada
2003: BSc. Biochemistry, Simon Fraser University Burnaby, British Columbia, Canada

Area of Interest/Expertise:

Light Microscopy, Automated Image Analysis, Clinical AI applications