Keyphrases
Tumor Ablation
100%
Phase Change
75%
High-intensity Focused Ultrasound
75%
Nanoagents
75%
Tumor
37%
Acoustic Energy
33%
Microbubbles
18%
Energy Requirement
12%
Ultrasound
12%
Shell Composition
8%
Accumulation Potential
8%
Perfluorocarbon Gas
8%
Thermal Damage
8%
Surgical Ablation
8%
Diagnostic Imaging
8%
Retention Effect
8%
Gas Core
8%
Skin Burn
8%
Surgical Time
8%
Target Damage
8%
Mechanical Energy
8%
Accumulation Time
8%
Diameter Distribution
8%
Thin Shell
8%
Circulation Time
8%
Enhanced Retention
8%
Surgical Complications
8%
High-intensity Focused Ultrasound Ablation
8%
Long Circulation Time
8%
Diameter Ranges
8%
Circulatory System
6%
Recovery Time
6%
Off-target Effects
6%
Ultrasound Acoustics
6%
Clinically Significant
6%
Enhanced Permeability
6%
Energy Delivery
6%
Healthy Tissue
6%
Mechanical Injury
6%
Cavitation
6%
High Energy
6%
Non-surgical
6%
Permeability Effect
6%
Further Development
6%
Clinical Application
6%
Thermal Energy
6%
Cancer Diagnosis
6%
Novel Nanoparticles
6%
Melanocytic Tumor
6%
Ablation
6%
Mouse Melanoma
6%
Vasculature
6%
Therapeutic Innovation
6%
Successful Completion
6%
Pharmacology, Toxicology and Pharmaceutical Science
Neoplasm
100%
Extravasation
25%
Malignant Neoplasm
12%
Melanoma
12%
Nanoparticle
12%
Fluorocarbon
12%
Injury
12%
Postoperative Complication
12%
Thermal Injury
12%
Enhanced Permeability and Retention Effect
12%
Burn
12%
Mouse
12%