Introduction into Molecular Methods in Cancer Diagnosis - Dr. Matthew Clarke
Explore molecular techniques in cancer diagnosis, including immunohistochemistry, methylation profiling, FISH, and sequencing. Learn their advantages for accurate tumor characterization and targeted therapy selection.
Color Separation and Nuclei Segmentation in Tissue Microarray Cores - Tutorial 344
Learn to extract and analyze high-resolution core images from Tissue Microarrays (TMA) in this 13-minute tutorial. Master color separation techniques, perform nuclei segmentation using the StarDist pretrained deep learning model, and calculate mean inten…
Applying Somatic Germline Testing for Lynch Syndrome
Explore paired tumor/germline testing for Lynch syndrome, its benefits, and comparison to other strategies. Learn to navigate discordant results and understand current literature on somatic genetic testing.
Combining RNAscope Technology with Protein Detection - A Multi-Omics Approach Using RNA-Protein Integrated Co-Detection Workflow
Explore an Integrated Co-Detection Workflow combining RNAscope ISH with IHC/IF for simultaneous RNA and protein detection. Learn sample preparation, troubleshooting, and guidelines for this powerful multi-omics approach.
Tips, Tricks, and Optimization: A User's Guide to BOND RX and Chromogenic Multiplexing in Research
Optimize IHC and multiplex staining protocols with expert guidance on BOND RX usage, chromogenic multiplexing, and best practices for research applications. Gain step-by-step insights for software configuration and problem-solving.
Tissue Preparations and Handling for Multiplex Imaging in Spatial Biology Research
Explore tissue preparation techniques for multiplex imaging in spatial biology, enhancing molecular detection and spatial resolution for advanced research applications.
Machine Vision vs Deep Learning in Cancer Detection
Explore machine vision and deep learning applications in cancer diagnosis, comparing their strengths and limitations. Gain insights into innovative computer-aided methods for analyzing microscopic images of breast cancer tissue.