HALO related webinars
30 May 2024 | Histologic evaluation of the mucosal changes associated with celiac disease is important for establishing an accurate diagnosis and monitoring the impact of investigational therapies.
Pathologist-Trained Machine Learning Classifiers Quantitate Celiac Disease Features Read More »
6 June 2024 | Join us for this 1-hour webinar to see a live demonstration of the new versions of the industry leading AI-powered HALO® and HALO AI digital pathology image analysis platform and the HALO Link collaborative image management platform.
AI-Powered Pathology with HALO®, HALO AI, and HALO Link 4.0 Read More »
29 February 2024 | Please join us for this 1-hour webinar to learn about the exciting new features coming soon in HALO AI 4.0!
HALO AI 4.0 Sneak Peek Read More »
15 February 2024 | Please join us for this 1-hour webinar to learn about the exciting new features coming soon in HALO 4.0!
HALO® 4.0 Sneak Peek Read More »
1 February 2024 | Please join us for this 1-hour webinar to Learn about applications of the ACD RNAscope™ HiPlex assay .
12 October 2023 | Please join us for this 1-hour webinar to learn about characterizing cell heterogeneity with HALO to gain new biological insights.
21 September 2023 | This presentation will illustrate a suite of tools developed by our group utilizing the GraphQL framework to streamline existing workflows within Novartis and begin to integrate pathology-based tools from across the organization into the HALO environment.
7 September 2023 | Please join us for this 1-hour webinar to review tips and tricks for building a HALO AI classifier.
Masterclass Webinar: Tips and Tricks for Building a HALO AI Classifier Read More »
29 June 2023 | Join us for this 1-hour webinar to see a breakdown of the networks that make up HALO AI and applications suitable for each one.
Masterclass Webinar: Intro to the HALO AI Toolbox Read More »
25 May 2023 | Following up on our Masterclass Webinar 1 for Multiplex IHC analysis, Masterclass 2 will discuss advanced workflows to help users tackle more challenging brightfield multiplex IHC assays. First, we will demonstrate how advanced cell segmentation and phenotyping options using HALO AI can be combined with the multiplex IHC module to improve image analysis. Two alternative approaches for analyzing multiplex IHC will also be demonstrated including a serial stain workflow to convert brightfield images into pseudo-fluorescence images followed by analysis with Highplex FL and a HALO AI-based approach where cell phenotyping is used to identify cells with co-localization of specific stains. We will discuss advantages, disadvantages and use cases for each workflow.
