The foundational technologies of the ST N Tech digital pathology are well-established and aligns with the demands of digital intelligence development. Key technologies, such as Whole Slide Imaging (WSI), are capable of fulfilling the requirements for digital pathology. WSI technology eliminates the mechanical control of microscopes, with ongoing improvements in resolution, generation speed, and imaging stability. These advancements allow for more accurate representation of tissue sample morphology and structure. The widespread adoption of WSI enables pathologists to review slides on computer monitors at any time, enhancing accessibility.
PRODUCTS
Digital Pathology Auxiliary Analysis System
Efficient storage technologies, such as data compression, deduplication, automated thin provisioning, tiered storage, and virtualization, further support digital pathology. These technologies enable the reconstruction and compression of images, drastically reducing storage space and computing costs while retaining essential diagnostic information for future use. This reduces the overall cost of implementing digital pathology systems for users.
The integration of 4K high-definition remote consultation systems, combined with the ultra-high uplink and downlink bandwidth and ultra-low latency of 5G networks, allows remote pathology experts to guide pathologists or technicians in accurate pathology reading and diagnosis. This setup also facilitates near-real-time uploading of digital slides. From automation and digitization to intelligent pathology diagnosis, the system supports the archiving and management of electronic pathology slides, microscope images, and related experimental data in compliance with regulatory standards. This ensures comprehensive data governance throughout the pathology production line.
Moreover, the production and quality control of standardized tissue slices are fundamental to the advancement of digital and intelligent pathology. The entire digital pathology diagnostic process, from tissue processing, embedding, and slicing to staining and covering, follows a standardized process. This gradually builds a robust, automated production line, enhancing the efficiency and consistency of digital pathology.
