Read article: Gold nanotubes sizzle cancer cells
Gold nanotubes sizzle cancer cells
Tiny structures could be used to image and destroy tumours
Read article: Gold nanotubes sizzle cancer cells
Read article: Novel nanoparticle boosts six different medical-imaging techniques
Novel nanoparticle boosts six different medical-imaging techniques
Particle enables deep-tissue, PET and photoacoustic imaging, as well as CT scanning
Physics World 2015 Focus on Medical Imaging now live
Everything from trends in medical imaging to new ways of producing medical isotopes and beyond
Read article: Making the invisible visible: the potential of X-ray phase-contrast imaging
Making the invisible visible: the potential of X-ray phase-contrast imaging
Techniques that exploit the phase of X-rays, not just their absorption, have the potential to transform X-ray imaging in hospitals
Read article: A clinical take on molecular imaging
A clinical take on molecular imaging
Transitioning molecular imaging from a preclinical technique to a standard clinical tool could help detect the very earliest stages of disease
Read article: Medical-isotope breakthrough made at Canadian lab
Medical-isotope breakthrough made at Canadian lab
Photo-neutron production of commercial molybdenum-99 is a first
Read article: How does medical ultrasound imaging work?
How does medical ultrasound imaging work?
Mathias Fink explains how doctors and dolphins use the same technology
Read article: New microscope makes movies of tiny live specimens
New microscope makes movies of tiny live specimens
Optical-lattice technique has a lighter touch with living samples
Read article: Synchrotron X-rays track fluids in the lungs
Synchrotron X-rays track fluids in the lungs
New non-invasive technique could help monitor cystic-fibrosis treatments
Read article: The wonderful world of ultrasound
The wonderful world of ultrasound
From levitating tiny balls to safeguarding bridges, ultrasound has more applications than you might think
