Read article: Ultrasound-powered implant treats brain cancer using electromagnetic fields
Implantable device uses tumour treating fields to disrupt the division of cancer cells and inhibit brain cancer recurrence
Read article: Focused ultrasound controls prostate cancer with fewer side effects
Focal therapy using MRI-guided focused ultrasound could provide a safe and effective alternative to invasive treatments for men with intermediate-risk prostate cancer
Read article: CT imaging improves 90Y radioembolization dosimetry
In a Best-in-Physics presentation at the AAPM Annual Meeting, E Courtney Henry introduced a CT-based technique for precision dosimetry in radioembolization
Read article: Immunotherapy plus radiotherapy: the next big opportunity in radiation oncology?
Excitement is growing about the synergies between immunotherapy and radiation therapy, but there’s a long way to go before the clinical opportunities are realized at scale
Read article: Focused ultrasound: a potential treatment for type 2 diabetes?
Ultrasound neuromodulation prevented or reversed the onset of diabetes in three different preclinical models
Read article: Implantable device delivers personalized photodynamic therapy
A wireless optoelectronic device uses Monte Carlo simulations to deliver bespoke irradiation and maximize the efficacy of photodynamic therapy
Read article: A window to the brain: ultrasound can open the BBB through a polymer plate
Preclinical study shows that polyolefin plates could act as cranial windows to enable repeated blood–brain barrier openings in clinical settings
Read article: MR-guided magnetic seeds seek, heat and destroy tumours
Minimally invasive therapy uses an MRI scanner to steer a ferromagnetic seed through the brain to thermoablate tumour cells
Read article: Immunotherapy plus a burst of radiation treats brain tumours in mice
A combination therapy tested in mice may halt glioblastoma growth, activate immune response and improve survival
Read article: Three-prong photothermal therapy eliminates tumours in mice
Novel nanoplatform uses a five-minute dose of near-infrared light to destroy tumours with no toxic side effects
