The Clinical Trials module in HALO AP® and HALO AP Dx provides pathologists and researchers access to comprehensive digital pathology tools for building objective, unbiased datasets that support medical research and faster drug development.
Digital Pathology in Clinical Trials: Driving Faster Drug Development Read More »
Learn how to detect protein and RNA in a single assay using ACD’s Co-Detection workflow and HALO image analysis.
Quantitative Image Analysis of a Combined FISH-IF Assay Read More »
Download our collaborative poster with Lunaphore to learn about a clustering workflow that uses unsupervised learning for COMET™ images.
Clustering Workflow for Advanced Cell Phenotyping of Hyperplex IF Images Read More »
Download our collaborative poster with Molecular Instruments to learn how membrane image analysis improved RNA-ISH quantification.
HCR™ Pro RNA-ISH Image Analysis Using HALO Read More »
Read about the development and validation of an AI-based PD-L1 scoring algorithm for HALO AP®.
Learn about quantification of tumor budding in colorectal carcinoma using HALO and HALO AI.
Automated Tumor Budding Quantification in Colorectal Carcinoma H&E Images Read More »
Download this poster to learn how HALO and HALO AI can be used to analyze imaging mass cytometry data.
Characterizing the TME Using IMC and HALO Image Analysis Read More »
Download our collaborative poster with ACD, a Bio-Techne Brand, on immune cell characterization using high-throughput spatial multiomics.
Identifying Immune Cell Phenotypes with RNAscope and HALO Image Analysis Read More »
Download our collaborative poster with Lunaphore to see how HALO and HALO AI, alongside the Lunaphore COMET instrument, enable a high throughput workflow for phenotypic and spatial analysis of cells…
Lunaphore COMET Hyperplex IF and HALO® Image Analysis of the TME Read More »
Learn more about the development and validation of an AI-based molecular pathology algorithm for estimating tumour cells in lung adenocarcinoma.
