Imaging the progression of fluorescent microplastics through the brains of mice reveals how microplastics entering the bloodstream can cause functional irregularities in the brain. ow.ly/197E50UPp6C

Reserachers at the University of Wollongong have combined healthy-tissue-sparing microbeam radiotherapy with radiosensitizers that deliver targeted dose enhancement to tumours. ow.ly/ppzi50UK33q

MR imaging of inhaled perfluoropropane gas can be used to diagnose respiratory diseases, monitor response to medication, and track the health of transplanted lungs. ow.ly/NUbS50UJnsI

Steerable bioresorbable acoustic #microrobots successfully deliver drugs that shrink tumours in mice. ow.ly/nvS650UIhsm

A proof-of-concept human brain-scale MPI system shows potential for functional neuroimaging. ow.ly/8qqI50UGHRR

Only 5% of global radiotherapy resources are located in low- and middle-income countries. Medical physicists Eric Ford and Afua Yorke explain how humanitarian engineering can help address this imbalance. ow.ly/BgSy50UE8Y4

Check out our selection of 2024's highlights in medical physics and biotech. ow.ly/z71I50UxnmS

Algorithm finds the optimal transducer location to focus ultrasound through the skull onto a target in the brain. #FocusedUltrasound ow.ly/mRF850UuO7u

FastGlioma, an artificial intelligence-based diagnostic tool, can detect residual brain tumour that’s often missed during cancer surgery. ow.ly/rHXk50Utj9u

A new approach to medical device testing could ensure that newly launched devices meet the needs of the entire patient population. ow.ly/sgPA50UrJ6K

New Webinar Alert! Join @lap_laser on 16 December 2024 at 4 p.m. GMT / 1 p.m. ART for an insightful webinar on Patient-specific quality assurance (PSQA) using independent 3D dose calculation. 🔗 Register today! >> ow.ly/q93W50UgwVN #MedicalPhysics #PSQA #CancerTreatment

Speakers at the recent IOP Medical Physics Group meeting discussed some of the latest developments in cardiac imaging and therapeutics. ow.ly/HbwB50UoeSU

Researchers at the University of Iowa and UMC Utrecht aim to speed up MR-guided #radiotherapy by incorporating volumetric-modulated arc therapy delivery capability into the MR-linac. physicsworld.com/a/speeding-…

A non-invasive headset device that tracks changes in blood flow in the brain could make it easier to detect early signs of stroke. ow.ly/4u9O50Ulx4J

Researchers have developed a mathematical model to investigate how the intensity, duration and frequency of exercise affect tumour suppression. ow.ly/tuul50Uk4Vy

X-ray detectors made from cascaded crystals exhibit ultralow detection thresholds. Such devices could enable #medicalimaging with minimal radiation exposure and excellent image quality. ow.ly/7zeN50UeSon

Injectable magnetoelectric nanodiscs deliver non-invasive brain stimulation in mice when stimulated by a weak external magnetic field. #NeuralEngineering ow.ly/nGfu50UaUJ2

#sponsored Unlock Your Future in Cancer Care! Join our new Medical Physics in Cancer Radiation Therapy master’s program at the @OfficialUoM! Read more today >> ow.ly/kV5Q50U8UsT #MedicalPhysics #CancerResearch #Radiotherapy

A #BreathSensor made from nanoflakes of indium oxide-based materials successfully identifies individuals with #LungCancer. ow.ly/7Hxt50U98kZ

In this week’s episode of the Physics World Weekly podcast, we talk with radiation oncologist James Welsh about the effects of space radiation on the health of astronauts. ow.ly/74Oe50U7IVX