Single-molecule counting is a fast and robust single-molecule counting technology offering a high dynamic range, accuracy, reproducibility, and sensitivity.
Mindpeak, a European leader in computational pathology, announced today that it has received CE-IVD Mark for BreastIHC, an Artificial Intelligence software that detects and quantifies breast cancer cells, for primary diagnosis.
Pathologists have traditionally worked with glass slides and conventional microscopes, but the digital revolution has allowed a transformation from glass to digital slide. This process entails capturing the entire glass slide with a scanning device to obtain a high-resolution whole slide image (WSI) for diagnostic, educational, or research purposes. This slide can then be viewed, managed, shared, [...]
A new technique for tissue processing and image acquisition eliminates conventional paraffin embedding, allowing pathologists to go from tissue direct to digital slide faster.
Introduction We all know the switch from manual pathology methods to digitisation is underway. Digitisation is continually improving as slide imaging solutions progress in quality, scan times are reduced, and analysis via artificial intelligence (AI) improves. So far, the benefits of this move have been recognised. Reports of long-term savings in costs, as well as time-saving for [...]
Researchers from the Korea Advanced Institute of Science and Technology (KAIST), Department of Physics, Daejeon (Republic of Korea) and KAIST Institute for Health Science and Technology, Daejeon (Republic of Korea) have developed a new optical diffraction tomography method for label-free diagnosis based on the histological evaluation of thick tissue slides. They have also showed that this new [...]
CellCarta Strengthens its Histological Biomarker Franchise by Acquiring Artificial Intelligence-Based Quantitative Pathology Leader Reveal Biosciences
Using routinely acquired pathology slides, AI model accurately predicts the origin of metastatic cancers.
EMBL scientists have combined artificial intelligence (AI) algorithms with two cutting-edge microscopy techniques -- an advance that shortens the time for image processing from days to mere seconds, while ensuring that the resulting images are crisp and accurate.
"For decades, it has been postulated that digital pathology is the future." Certainly, this is a true statement for drug development & toxicological pathology where some of the earliest adopters of digital pathology emerged.
