Paraffin-embedded tissue microarrays drive standardization and digitalization of pathology testing.
From pathology standardization, automated preparation, and digital pathology integration to laboratory quality managemen...
Application of paraffin-embedded tissue microarray in tumor marker research
Focus on the value of paraffin-embedded tissue microarrays in tumor molecular subtyping, antibody validation, multicente...
Paraffin-embedded tissue microarray construction workflow and quality control key points
This article describes the standardized construction of paraffin-embedded tissue microarrays, covering donor block selec...
Tumor Tissue Microarray: A Core Tool for High-Throughput Pathological Analysis
Tumor tissue microarrays integrate dozens to hundreds of tumor tissue samples on a single carrier. Combined with techniq...
Quality Control and Standardization Construction of FFPE Tissue Microarrays
From fixation and embedding to array construction and staining interpretation, this systematically explains the key step...
Application and Value of FFPE Tissue Microarrays in Tumor Marker Screening
This article introduces how FFPE tissue microarrays combined with immunohistochemistry and in situ hybridization can imp...
Tissue Microarray (TMA) Technology: Principles and Typical Applications in Tumor Pathology Research
Tissue microarray, also known as tissue chip, enables high-throughput in situ analysis by arranging dozens to hundreds o...
Application and operational points of organizational microarray in drug development and accompanying diagnostic research
In drug development and accompanying diagnostic research, tissue microarray (TMA) provides a high-throughput platform fo...
Construction and quality control of tissue microarray (TMA) in high-throughput pathological research
Tissue microarray can arrange multiple donor tissue cores on the same wax block to achieve high-throughput in situ analy...