New AI Model Achieves 94% Accuracy in Skin Cancer Diagnostics
A new study introduced an AI-powered diagnostic model with 94.49% accuracy to improve skin cancer detection and patient outcomes.
A new study introduced an AI-powered diagnostic model with 94.49% accuracy to improve skin cancer detection and patient outcomes.
Castle Biosciences' gene expression profile test for melanoma prognosis efficiently predicted the risk of sentinel lymph node positivity.
The U.S. General Services Administration has recommended DermTech's foundational melanoma assay for coverage by the VHA.
FoundationOne CDx is used as a companion diagnostic for two groups of FDA-approved therapeutics in melanoma, which includes BRAF inhibitor monotherapies.
Read MoreResearchers used deep learning framework to transform microscopy images of intact skin into histochemically stained sections imaged on microscope slides.
Read MoreProscia has released study results on new technology that leverages AI to automatically detect melanoma with a high degree of accuracy.
Read MoreCastle Biosciences’ acquisition of CLIA-certified Myriad MyPath Laboratory from Myriad Genetics will expand its suite of genomic tests for skin cancer.
Read MoreThe blood test followed by PET-CT imaging was 99.6% specific for cancer.
Read MoreThe launch focuses on several immunooncology markers that are critical for early-stage cancer drug development and patient treatment.
Read MoreThe highly specific and high-affinity antibodies are suitable for bioanalytical and patient drug level monitoring assays for the immune checkpoint inhibitor ipilimumab.
Read MoreThe Pathfinder study will enroll 6,200 participants to evaluate Grail’s investigational multicancer early detection test in clinical practice.
Read MoreBluestar Genomics’ technology can noninvasively detect cancers and help identify the underlying biology of the disease using epigenetic markers.
Read MoreNanopipettes with zwitterionic membranes may offer improved monitoring of changes in pH surrounding living cells, which can indicate traits of invasive cancer cells and their response to treatment.
Read MoreThe newly issued patent centers around the use of machine learning to classify skin biopsies.
Read MoreThe TARDIS test could help avoid unnecessary surgeries and enable physicians to continuously monitor cancer.
Read MoreMonitoring cancer therapy in real time enables physicians to make smarter treatment decisions.
Read MoreStudy results support use of the blood test as a surrogate endpoint in clinical trials to assess the effectiveness of immune checkpoint inhibitors.
Read MoreNano-Signature Discovery Could Revolutionize Cancer Diagnosis A quick and easy test to...
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