Public articles linked to the same research event.
Journal of the American Heart Association This retrospective, single-center external validation study enrolled 100 consecutive patients undergoing clinically indicated OCT and used the previously developed OCT-AID algorithm to perform automated pixelwise full-vessel labeling of 2560 analyzable frames, comparing it frame by frame against an expert manual reference standard; agreement was excellent for calcified plaque identification (κ=0.88) and quantification (intraclass correlation coefficients 0.79–0.93), close to interobserver variability, reasonable for lipid plaque identification and quantification (κ=0.68; lipid arc intraclass correlation coefficient 0.79; minimum fibrous cap thickness intraclass correlation coefficient 0.
This retrospective, single-center external validation study enrolled 100 consecutive patients undergoing clinically indicated OCT and used the previously developed OCT-AID algorithm to perform automated pixelwise full-vessel labeling of 2560 analyzable frames, comparing it frame by frame against an expert manual reference standard; agreement was excellent for calcified plaque identification (κ=0.88) and quantification (intraclass correlation coefficients 0.79–0.93), close to interobserver variability, reasonable for lipid plaque identification and quantification (κ=0.68; lipid arc intraclass correlation coefficient 0.79; minimum fibrous cap thickness intraclass correlation coefficient 0.
This retrospective, single-center external validation study enrolled 100 consecutive patients undergoing clinically indicated OCT and used the previously developed OCT-AID algorithm to perform automated pixelwise full-vessel labeling of 2560 analyzable frames, comparing it frame by frame against an expert manual reference standard; agreement was excellent for calcified plaque identification (κ=0.88) and quantification (intraclass correlation coefficients 0.79–0.93), close to interobserver variability, reasonable for lipid plaque identification and quantification (κ=0.68; lipid arc intraclass correlation coefficient 0.79; minimum fibrous cap thickness intraclass correlation coefficient 0.
This retrospective, single-center external validation study enrolled 100 consecutive patients undergoing clinically indicated OCT and used the previously developed OCT-AID algorithm to perform automated pixelwise full-vessel labeling of 2560 analyzable frames, comparing it frame by frame against an expert manual reference standard; agreement was excellent for calcified plaque identification (κ=0.88) and quantification (intraclass correlation coefficients 0.79–0.93), close to interobserver variability, reasonable for lipid plaque identification and quantification (κ=0.68; lipid arc intraclass correlation coefficient 0.79; minimum fibrous cap thickness intraclass correlation coefficient 0.