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Biomodelling and 3D technologies: A novel technique for subungual glomus tumor evaluation.

Clarissa CanellaRobertha NakamuraCarolina Ávilade AlmeidaHeron Werner
Published in: Experimental dermatology (2023)
Subungual glomus tumors often remain undiagnosed for several years with patients seeing an average of 2.5 dermatologists before the diagnosis is confirmed. We describe the use of biomodelling and 3D technologies that allows the detection of tumoral recurrences more easily, as well as providing supplementary information for the radiologist report, such as select anatomical structure analysis, images with 360° rotation and visualization in transparency mode for detailed anatomic analysis.
Keyphrases
  • end stage renal disease
  • newly diagnosed
  • ejection fraction
  • chronic kidney disease
  • deep learning
  • healthcare
  • peritoneal dialysis
  • convolutional neural network
  • real time pcr
  • data analysis
  • patient reported