Computational chemical imaging for cardiovascular pathology: Chemical microscopic imaging accurately determines cardiac transplant rejection

Keyphrases

• Microscopic Imaging 100%
• Chemical Imaging 100%
• Cardiac Transplantation 100%
• Cardiac Transplant Rejection 100%
• Cardiovascular Pathology 100%
• Optical Microscopy 50%
• Imaging Systems 50%
• Immune Response 50%
• Label-free 50%
• Receiver Operating Characteristic Curve 50%
• Cellular Level 50%
• Fourier Transform Infrared Spectroscopic Imaging 50%
• High Contrast Image 50%
• Cardiac Tissue 50%
• First Year 50%
• Surgeons 50%
• In Situ Imaging 50%
• Visual Inspection 50%
• Transplantation 50%
• Cardiac Surgery 50%
• Interventionist 50%
• False Alarm Rate 50%
• Biochemical Changes 50%
• Bayesian Classification 50%
• Staining Procedure 50%
• Human Supervision 50%
• Adverse Events 50%
• Detection Probability 50%
• Manual Examination 50%
• Chemical Difference 50%
• Machine Recognition 50%
• Cardiac Intervention 50%
• Endomyocardial Biopsy 50%
• Computational Pathology 50%
• Diagnostic Confidence 50%
• Transplant Patients 50%

Medicine and Dentistry

• Cardiovascular System 100%
• Biopsy Technique 100%
• Chemical Imaging 100%
• Heart Graft 100%
• Cardiac Graft Rejection 100%
• Immune Response 50%
• Histopathology 50%
• Spectroscopic Imaging 50%
• Surgeon 50%
• Adverse Event 50%
• Heart Muscle Biopsy 50%