Archived Intelligence
Researchers have developed a temperature-sensitive hydrogel that solidifies inside the bladder to prevent drugs from washing away. This system delivers nanoparticles that exploit a specific metabolic defect in cancer cells, turning their own fuel reserves into toxic compounds to trigger self-destruction.
A global analysis reveals that eliminating bare-fallow periods in agriculture significantly boosts soil carbon storage. By continuously cropping the land rather than letting it sit idle, nations could sequester vast amounts of carbon, as demonstrated by Canada's recent agricultural shifts.
Researchers used simulations to determine exactly how much data quality matters when tracking inbreeding. They established that specific sequencing depths and genome continuity are non-negotiable for accurately mapping the genomic scars of small populations.
Researchers have utilised two-photon polymerisation to print complex lenses directly onto optical fibres. This approach aims to resolve long-standing aberration issues in micro-endoscopy, offering a potential route to higher fidelity internal imaging.
Lemongrass essential oil offers a robust alternative to synthetic additives through its citral-rich composition, though its volatility requires advanced engineering. By utilising encapsulation and active packaging, food systems can leverage their potent antimicrobial and antioxidant properties while maintaining clean-label standards.
A new laboratory study demonstrates that zinc oxide nanoparticles can inhibit the growth of the opportunistic yeast Malassezia pachydermatis. Beyond simple growth inhibition, the particles appear to downregulate key virulence factors, suggesting a potential strategy to disarm pathogens rather than just destroying them.
Researchers investigated whether reducing CT radiation to the level of a chest X-ray affects the detection of heart disease markers. While automated software maintained accuracy, human radiologists frequently missed mild calcifications at these extreme low doses.
Researchers have improved the chemical coating process for the tiny tubes used in protein analysis, preventing samples from sticking to the walls during separation. This updated method allows for highly reproducible results across different users and sustains performance over long periods of continuous operation.