Simulations reveal how finely tuned lasers ‘forge’ strength and flexibility in 3D-printed steel, enabling more complex microengineering of high-performance components.
Unlike conventionally destructive RNA extraction techniques, a new gentler RNA sampling platform enables profiling of the same cell samples repeatedly over time.
Bridging theory and experimentation, Bo Xing is developing the computational approaches needed to predict the complex quantum dynamics of many-body systems.
A nanoscale investigation reveals how ‘whiskery’ metal deposits in magnesium batteries disrupt their performance, offering new design principles for more stable battery systems.
By combining bioprocessing and computational modelling, Zach Pang is developing powerful solutions to an age-old biomanufacturing problem: optimising culture media for industrial-scale cell cultures.
Whether for novel medicines or high-value chemicals, A*STAR teams are at the forefront of new developments across the pipeline and scaling up scientific breakthroughs for Singapore’s growing bioeconomy.
Researchers pinpoint a specific marker for gastric cancer stem cells and show that eliminating this subpopulation may be a viable approach to more effectively treat stomach cancers.
In lung cancer, tumour-initiating cells harness ketones as an alternative energy source during nutrient stress, but this flexibility also leads to a therapeutic vulnerability.