Keyphrases
Deep Learning Methods
100%
Kidney
100%
Creatinine
100%
Patient Demographics
100%
Histomorphometry
100%
Serum Creatinine
66%
Kidney Tissue
33%
Deep Learning
33%
Healthy Individuals
33%
Increasing Age
16%
Regression Analysis
16%
Glomerulus
16%
Image Features
16%
Clinical Parameters
16%
Pathological Changes
16%
Human Kidney
16%
Machine Learning Approach
16%
Histomorphometric Analysis
16%
Histomorphometric Parameters
16%
Natural Populations
16%
Interstitium
16%
Digitized Image
16%
Nephrectomy
16%
Glomerulosclerosis
16%
Feature Analysis
16%
Diverse Patients
16%
Population Variance
16%
Renal Vasculature
16%
Glomerular Size
16%
Deep Learning Model
16%
Increased Density
16%
Precise Measurement
16%
Segmentation Performance
16%
Cortical Density
16%
Deep Learning System
16%
Panoptic Segmentation
16%
Sclerotic Glomeruli
16%
Segmentation Neural Networks
16%
Computational Image Analysis
16%
Medicine and Dentistry
Morphometrics
100%
Creatinine
100%
Arteriole
60%
Glomerulus
40%
Kidney Tissue
40%
Vascularity
20%
Rigor
20%
Nephrectomy
20%
Image Analysis
20%
Interstitium
20%
Glomerulosclerosis
20%