Deep Learning Model Speeds Bladder Cancer Lymph Node Evaluation Without Missing Metastases
An in-house deep learning model detected all bladder cancer lymph node metastases on digitized slides while more than halving pathologist ...
An in-house deep learning model detected all bladder cancer lymph node metastases on digitized slides while more than halving pathologist ...
A multicenter study of 378 patients demonstrated that a VB-Net deep learning model accurately diagnosed aortic dissection and reduced processing ...
An in-house SYBR Green real-time PCR assay achieved high diagnostic accuracy for Hepatitis B virus while reducing reagent costs by ...
A comparative evaluation of Quantum Support Vector Machines demonstrates an eight percent average recall gain over classical algorithms in lung ...
Deep learning models for tuberculosis screening suffer substantial diagnostic sensitivity losses and increased calibration error when evaluated on chest radiographs ...
A retrospective Chinese cohort study found nanopore targeted sequencing detected 95.9 percent of pulmonary nontuberculous mycobacteria cases, far outperforming culture's ...
A letter to the editor argues that a single-day urine microscopy approach likely underestimated placental schistosomiasis prevalence in a Gabonese ...
A retrospective study of 425 patients in China found metagenomic next-generation sequencing detected tuberculosis with 90.1% sensitivity, outperforming six routine ...
Two LAMP-CRISPR diagnostic pipelines for Mycobacterium tuberculosis reached a limit of detection of 10 copies per microlitre, with the Cas12a ...
A new commentary cautions that absent Doppler flow in surgically confirmed neonatal testicular torsion does not establish the test's diagnostic ...
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© 2026 Scienmag - Science Magazine