Read article: Cryo-electron tomography reveals why normal cells stick and cancer cells don’t
The protein tropomyosin helps cells attach themselves to their surroundings; by lowering their levels of this protein, cancer cells can spread
Read article: Imaging metabolism in action
Felicia Green and Anna Simmonds unveil the ambitious biological mass spectrometry programme at the Rosalind Franklin Institute
Read article: ‘Tunable tuna’ makes a better robotic swimmer
Adjustable-stiffness tails prove key to optimizing swimming speed and efficiency
Read article: Advanced X-ray imaging creates sound-frequency maps of the human inner ear
A research collaboration has used synchrotron radiation phase-contrast imaging to develop the first 3D tonotopic map of the intact human inner ear
Read article: Air purifiers could spread viruses in confined spaces
Health and safety guidelines should be revised to consider the effects of air purifiers on droplets in confined spaces, say researchers
Read article: Skin structures aid sidewinding snakes
Microscopic pits on the stomachs of some desert-dwelling vipers help them move sideways on sandy slopes, say physicists
Read article: Spring and latch mechanism flings click beetles into the air
High-speed synchrotron X-ray images reveal details of insects’ jumping ability
Read article: Nanodiamonds measure thermal conductivity in living cells
New device could improve heat-based therapies for cancer
Read article: Learning physics from migrating bacteria
Singular points known as topological defects help bacterial colonies build multilayered structures
Read article: Quantum effects in biological systems
Introducing the emerging field of quantum biophysics
