Cancer care provider GenesisCare is using LAP’s RadCalc platform to perform software-based quality assurance of all its radiotherapy treatment plans
Read article: RadCalc QA: ensuring safe and efficient radiotherapy throughout Australia
Irradiating tumours containing gold nanoparticles should enhance radiotherapy effectiveness while minimizing potential side effects
Read article: Gold nanoparticles could improve radiotherapy of pancreatic cancer
Researchers demonstrate that targeted alpha-particle treatments can reduce the level of amyloid-beta plaque in mouse brain tissues
Read article: Could targeted alpha therapy help treat Alzheimer’s disease?
Minibeam radiotherapy using a clinical orthovoltage unit successfully treats two patients
Read article: First patients treated using minibeam radiation therapy
Speakers at the recent AAPM Annual Meeting examined the clinical impact and future potential of MR-guided radiotherapy
Read article: MR-guided radiotherapy: where are we now and what does the future hold?
A single dose of stereotactic radiotherapy could reduce the number of eye injections needed to effectively control age-related macular degeneration
Read article: Robotic radiotherapy could ease treatment for eye disease
The ESTRO 2024 closing debate saw speakers discuss whether the radiation therapy care pathway will be delivered entirely by bots by 2040
Read article: Will future radiotherapy be delivered entirely by AI bots?
The RayCare OIS helps clinics increase the efficiency of providing quality care for cancer patients, now and into the future
Read article: RayCare oncology information system enhances efficiency of cancer care
Tangential VMAT (tVMAT) is the treatment modality of choice for adjuvant breast radiotherapy at Kuopio University Hospital in Finland
Read article: Adjuvant breast radiotherapy: KUH unlocks the clinical upsides of tangential VMAT
A computer model that reveals radiation damage at the cellular level could improve radiotherapy outcomes for lung cancer patients
Read article: Modelling lung cells could help personalize radiotherapy
