Version 8.4 is Released!
GenASIs Version 8.4 is now released with more automation, integration, interoperability and accessibility!
Version 8.4 is Released!
GenASIs Version 8.4 is now released with more automation, integration, interoperability and accessibility!
We are thrilled to unveil Version 8.4, a game-changer in digital pathology and cytogenetics, introducing more efficient and integrated workflows.
AI-Enhanced Karyotyping: A New Era in Chromosome Analysis
AI is revolutionizing karyotyping, turning days of work into hours & enhancing diagnostic precision! Discover how AI-enhanced karyotyping is transforming genetic disorder diagnosis in our latest blog.
AON Advances Karyogram Segmentation and Increases the Speed to Results with New AI Software
The AON Central Lab is recognized as the first laboratory in the world to use this technology,
which decreases analysis time.
Beyond Today: Speculating the Future of Digital Pathology
Our latest blog post, dives into how AI and cloud computing technologies are enhancing efficiency, enabling real-time global collaboration, and paving the way for personalized medicine.
Combined Manual Reading and Computer-Aided Quantitative Analysis for the Standardization of HER2 IHC Scoring – Abstract
HER2 IHC scoring in new method that integrates manual interpretation with computer-aided quantitative analysis, setting a new standard in diagnostic precision.
Improving Interoperability in Digital HER2 FISH Enumeration – A Pilot Evaluation – Abstract
Interoperability in digital FISH enumeration allows to use regions of interest marked by the pathologist on the H&E or IHC image when requesting FISH.
Balancing Progress with Ethics: The Complexities in AI-Driven Pathology
In this thought-provoking piece, we explore the ethical and regulatory challenges that come with the integration of AI in medical diagnostics.
AI Karyotyping
NEW & IMPROVED Chromosome Analysis & Karyotyping Artificial Intelligence solution
The AI Revolution: Unraveling the Benefits of AI-Driven Digital Pathology
This blog highlights the significant impact of AI in transforming anatomic pathology.
This field is witnessing a revolutionary transformation, thanks to digitalization and, more recently, to the advent of Artificial Intelligence (AI).