Read article: Birds learn from watching TV, eye-catching science images and levitating blood
Birds learn from watching TV, eye-catching science images and levitating blood
Excerpts from the Red Folder
Read article: Birds learn from watching TV, eye-catching science images and levitating blood
Read article: Breaking the mystery of bone micro-architecture
Breaking the mystery of bone micro-architecture
Researchers discover a feature of bone responsible for its longevity that could lead to advances in ultra-lightweight material design
Read article: Pulsed electric fields map tumour molecular structure
Pulsed electric fields map tumour molecular structure
A new type of molecular biopsy could map tumours less invasively, potentially improving treatment diagnosis and quality
Read article: Blue light activates antibodies on demand
Blue light activates antibodies on demand
Novel biological tool uses blue light to reassemble and activate antibody fragments
Read article: How do human heart cells react to microgravity?
How do human heart cells react to microgravity?
Exposure to microgravity quickly changes human cardiac cells’ gene expression and behaviour, which might explain symptoms experienced by astronauts
Read article: How well can biological cells sense their environment?
How well can biological cells sense their environment?
Mathematical model puts new constraints on fundamental sensing limits
Read article: The physics of blood spatter
The physics of blood spatter
Probing blood stains after a shooting can help the police find the culprit, but physics is helping the technique to a sounder, more quantitative footing. Sidney Perkowitz explains
Read article: Infection model could explain spread of a curious type of virus, but some scientists disagree
Infection model could explain spread of a curious type of virus, but some scientists disagree
Adding a latent state to the SIR model of infectious diseases has attracted praise and controversy
Read article: 1.1 GHz NMR looks deeper into biological processes
1.1 GHz NMR looks deeper into biological processes
The new 1.1 GHz NMR spectrometer at St. Jude Children’s Research Hospital will enable researchers to study biomolecules with unprecedented resolution
Read article: Nanopore sensing goes electrode free
Nanopore sensing goes electrode free
Technical breakthrough has allowed researchers to make an optical nanopore sensor that does not require any electrical connections
