ASI’s New Software Release – V8.4.1
ASI is proud to announce the release of GenASIs version 8.4.1.
Designed for both cytogenetics and pathology laboratories, this new version streamlines workflows and enhances diagnostic efficiency.
Enhancing interoperability to enable broader adoption of artificial intelligence in chromosome analysis and karyotyping: A pilot evaluation
ASI enhances interoperability in chromosome analysis, enabling AI-powered karyotyping without replacing existing imaging systems. Our latest study demonstrates the seamless import of third-party scanned metaphases into ASI’s platform, automating karyogram generation and optimizing analysis efficiency.
Improved karyotyping efficiency with artificial intelligence: A multicenter evaluation of peripheral blood karyogram
ASI’s AI-powered karyotyping technology enhances efficiency in cytogenetics labs by significantly reducing analysis time. Our latest study demonstrates a 53% reduction in karyotyping time for peripheral blood samples using AI-based automation, improving accuracy and streamlining workflows.
Transitioning Towards “All-in-One” Integrative Solutions for Pathology and Cytogenetics
Laboratories at the intersection of pathology and cytogenetics face growing operational challenges. As diagnostic workflows, especially those using FISH, become more complex, there’s a need for solutions to streamline processes, improve accuracy, and boost efficiency.
Tissue Cadherin 17 (CDH17): An Important PrognosticDeterminant of Colorectal Cancer Using DigitalImage Analysis
A recent study published by Dr. Lui Ng and Colleagues highlights the use of digital image analysis for assessing prognostic biomarkers like CDH17 in colorectal cancer (CRC).
Out of the Darkness: Validating a slide scanner for FISH analysis
Detecting genetic abnormalities in cancer, crucial for diagnosis and treatment, often uses fluorescence in-situ hybridization (FISH). Automated slide scanners enhance FISH analysis by reducing microscope bottlenecks, improving accuracy, and enabling remote reviews.
Integrated Digital Diagnostic Systems in Cytogenetics
Digital diagnostic advancements are revolutionizing genetic testing by seamlessly integrating various diagnostic tools. These innovations are enhancing diagnostic accuracy, improving patient outcomes, and streamlining laboratory workflows.
Leveraging Virtualization and Cloud Computing for Enhanced Cytogenetics
As genetic data grows exponentially, traditional tools struggle to keep pace. Virtualization and cloud computing have emerged as transformative technologies, offering unique capabilities to support modern cytogenetic applications.
Personalized Medicine Driven by Advanced Cytogenetic Analysis
Advanced cytogenetic analysis is unlocking new possibilities in personalized medicine by offering detailed genetic insights that enable tailored treatments. From oncology to congenital disorders, these genetic insights are guiding more effective therapies and preventative strategies.
COG Children’s Oncology Group Cytogenetics Workshop
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