Trapezoidal Magnetic Fields Boost Nanoparticle Hyperthermia Against Tumors in Mice
In a mouse glioblastoma model, trapezoidal pulsed magnetic fields made nanoparticle hyperthermia shrink tumors while sinusoidal fields did not.
In a mouse glioblastoma model, trapezoidal pulsed magnetic fields made nanoparticle hyperthermia shrink tumors while sinusoidal fields did not.
A retrospective single-center study of 447 patients found that a model integrating glypican-3 with clinical features predicted overall and time-specific ...
A new review explains how tumor ablation triggers a transient immune response in liver cancer and why combining it with ...
Interventional radiologists are quietly becoming some of the most important players in the fight against liver cancer, and a new ...
An international panel of 51 experts has published the first consensus statement offering a standardized, evidence-based framework for preventing and ...
A systematic review of 141 studies finds that histotripsy, a cavitation-based ultrasound ablation technique, shows an encouraging acute safety profile ...
A new review in Medical Oncology argues that tumor ablation can act as an in situ vaccine whose systemic power ...
A ten-year single-center study reports 94 percent primary efficacy and 100 percent cancer-specific survival at five years for image-guided ablation ...
Researchers propose the Lethal Isotherm Ratio, a standardized metric showing how much of a visible cryoablation ice ball is actually ...
A new analysis shows public interest in the ultrasound-based ablation technique histotripsy surged 31,100 percent before robust clinical evidence existed, ...
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© 2025 Scienmag - Science Magazine