INIS
patients
100%
fluorescence
95%
methylene blue
95%
breath
95%
cancer
85%
thyroid
81%
indocyanine green
75%
diagnosis
69%
hyperparathyroidism
67%
nose
63%
reviews
63%
carcinomas
63%
values
56%
detection
49%
surgery
46%
levels
44%
images
42%
volatility
41%
organic compounds
41%
computed tomography
39%
nmr imaging
35%
gas chromatography
35%
lymph nodes
35%
sensitivity
32%
ureters
31%
rectum
31%
hormones
31%
four-dimensional calculations
31%
surveys
31%
dynamics
31%
Keyphrases
Methylene Blue
95%
Porcine Model
95%
Exhaled Breath
95%
Indocyanine Green
75%
Diagnostic Performance
71%
Primary Hyperparathyroidism (pHPT)
67%
Electronic Nose (E-nose)
63%
Volatile Organic Compounds
44%
Near-infrared Fluorescence Imaging
43%
Bowel Perfusion
41%
Intestinal Perfusion
39%
Magnetic Resonance Imaging
37%
Cancer Diagnosis
36%
In Cancer
31%
Aeonose
31%
Parathyroid Localization
31%
International Survey
31%
Multi-channel
31%
Ureter
31%
Fluorescence Imaging
31%
Mesenteric Lymph Nodes
31%
Near-infrared Fluorescence
31%
Colorectal Cancer
31%
Non-contrast
31%
Surgeons
31%
Fluorescence Visualization
31%
Dynamic Computed Tomography
31%
Perioperative Management
31%
Diagnostic Value
31%
Lymph Node
31%
Medicine and Dentistry
Carbene
95%
Breathing
95%
Indocyanine Green
75%
Diagnostic Performance
74%
Electronic Nose
63%
Primary Hyperparathyroidism
63%
Systematic Review
63%
Volatile Organic Compound
46%
Diagnosis
42%
Intestine Perfusion
39%
Magnetic Resonance Imaging
37%
Cancer Diagnosis
36%
Parathyroid
34%
Thyroid Nodule
33%
Ureter
31%
Surgeon
31%
Lymph Node
31%
Parathyroid Hormone
31%
Computer Assisted Tomography
31%
Meta-Analysis
31%
Mesenteric Lymph Nodes
31%
Rectum Cancer
31%
Hormone Determination
31%
Differentiated Thyroid Cancer
31%
Thyroid Carcinoma
31%
Gas Chromatography
31%
Ion-Mobility Spectrometry
31%
Malignant Neoplasm
21%
Thyroid Disease
21%
Diagnostic Accuracy
20%