Slide Processing Articles & Analysis: Older
6 articles found
Techniques in Histological Image Analysis Histological image analysis employs several methodologies, each catering to specific aspects of tissue examination: Image Acquisition: High-resolution scanners and microscopes capture detailed images of histological slides. These images can then be further processed and analyzed using various software tools. ...
Microarray printing is a high-throughput technique used to create arrays of biological molecules—such as DNA, RNA, proteins, or glycans—on a solid surface, usually a glass slide or membrane. The process involves printing small spots of biological samples, which are then used for various types of assays, including gene expression profiling, protein ...
Signal detection of FISH whole slides is extremely significant as enables to detect amplification situation. ...
A Milestone for Digital Pathology The challenge with digital pathology so far has been that it requires a shift in the way labs work; digitizing glass slides means more work for the clinical staff and additional service requirements, which can be time consuming. ...
Spatial transcriptome mapping at cellular level (spot size ∼10 μm) was demonstrated with Slide-seq that utilized a self-assembled monolayer of DNA-barcoded beads on a glass slide to capture mRNAs released from a frozen tissue section placed on top ( Rodriques et al., 2019 ). ...
When two magnets are stuck together, perhaps to combine their pull force, they won’t separate from each other that easily. It is wiser to slide them apart one at a time to avoid accidents. To stick them together again, a user should be careful not to let them jump or fly. Instead they should firmly hold them and reverse the sliding process. ...