As scientists work to continue unraveling the structural, cellular, and molecular complexities of the brain and its diseases, the characteristics of this unique tissue pose significant challenges to traditional histological analysis.
Advancing Neuroscience Research with HALO® and HALO AI Read More »
From experimental design considerations to optimized setup of HALO image analysis parameters, our guide will help take your quantitative RNAscope™ image analysis to the next level.
Quantitative RNAscope™ Image Analysis Guide Read More »
In this blog we’ll explore these platforms’ tools for view settings adjustment for fluorescent images and the integrated Figure Maker tool. Together, these features equip researchers to accurately observe and convey the complexity of their samples and the details of their analysis.
At Indica Labs, our HALO platforms are optimized for ease-of-use as well as powerful, accurate analysis, and include multiple features to help users get the most from their data.
Interactive Markup Images: Providing a Dynamic Look at HALO® Analysis Results Read More »
Measure the positive area, average intensity and dye colocalization (where applicable) of an unlimited number of fluorescent dyes.
Area Quantification FL Read More »
31 March 2022 | In this webinar, Dr. Noemi Kedei, a staff scientist at the Collaborative Protein Technology Resource core of the Center for Cancer Research (CCR) at the National Cancer Institute, will present a comprehensive CODEX workflow, from image acquisition to image processing and HALO image analysis. Dr. Kedei leads the core facility that provides this technology as service to CCR investigators, including project consultation and design, antibody panel customization, tissue staining and imaging, image processing, and data management. Since Dr. Kedei and team were an early adopter of the CODEX platform, they have acquired deep expertise in CODEX, having imaged hundreds of mouse and human fresh frozen and FFPE tissues in support of multiple NCI/CCR projects.
Optimizing quantitative analysis of highly multiplexed CODEX images in HALO Read More »
