Using focused ultrasound to open the blood-brain barrier could improve treatments for medical conditions from brain tumours to Alzheimer's disease
Read article: Focused ultrasound opens the blood-brain barrier
A 3D virtual heart simulator identifies areas of cardiac tissue that require treatment for irregular heartbeat
Read article: 3D virtual heart helps pinpoint irregular heartbeat
Laser, cryo- and RF ablation provide safe, effective treatment of early-stage lung cancer, with comparable survival rates to stereotactic radiotherapy
Read article: Thermal ablation effectively treats early-stage lung cancer
Cancer Research UK is creating a global centre-of-excellence for cancer biotherapeutics research and treatment in the City of London
Read article: Cancer Research UK launches biotherapeutics powerhouse
A wirelessly-powered optical implant for metronomic photodynamic therapy enables minimally-invasive cancer treatment in delicate organs
Read article: Bioadhesive implant emits light to kill cancer cells
A workflow involving 3D virtual and 3D-printed models could change the management of complex spinal surgeries
Read article: 3D printing facilitates complex spinal surgery
Transitioning healthcare innovations from early studies through regulatory approval to clinical applications requires dedicated support and guidance
Read article: Delivering on healthcare’s innovation agenda
Non-invasive technique could enable therapeutic drugs to be delivered to the brains of patients suffering from Alzheimer’s disease
Read article: Focused ultrasound opens the blood–brain barrier
Simulations linking breast tissue structure with focal error will help optimize focused ultrasound treatments of breast cancer
Read article: Optimizing HIFU for breast cancer treatment
Heat-sensitive capsules perform well in clinical trial
Read article: Ultrasound can trigger and enhance cancer drug delivery
