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Solutions
90% of all healthcare data is medical images. Whether generated by smartphones or regulated medical imaging devices, this imaging data represents a significant opportunity for AI development.Â
Our annotation platform enables clients to structure medical images by both classifying images and segmenting regions of interest.
Tag skin images for the presence and severity of lesions i.e. lacerations, psoriasis, acne or rashes. Classify skin tone for granular color matching. Classify and segment bodily wastes and fluids to determine interventions.
Identify pleural and b-lines in lung ultrasounds. Segment areas of abnormal blood flow, fetal abnormalities, or gallstones.
Identify the presence of a lesion, e.g. cavity, septal lines or broken bone. Segment the location of that lesion.
Identify cellular processes e.g. mitosis, to determine mitotic rate of a cancer. Classify cells as high or low grade, to determine differentiation from tumor cells from healthy cells. Classify the presence of and segment other cellular or molecular features.
Identify the presence of a lesion, e.g. tumor, lung nodule, brain bleed, or area of decreased blood flow. Segment the location of that lesion.
Testimonials
“We were able to improve our model dramatically - from .6 to .83 F1 score - in part, because of Centaur Labs.”
Sr. AI Scientist
"We’re excited by the high throughput and quality of annotations we get with Centaur Labs - I would definitely recommend working with them.”
Head of Immunology and Data Science
“We were able to use the disagreement between labelers to convert categorical labels into a continuous metric. That’s ultimately the training data we used and it was only possible because of the 20+ opinions we could gather from Centaur Labs on each piece of our data”.
Director of Data Science