A research team led by Professor Youdong Mao has developed a new method using time-resolved cryo-electron microscopy and machine learning-based 4D reconstruction to visualize the USP14-proteasome system in atomic detail. This reveals a 'multiverse' of parallel reality pathways, allowing for targeted inhibition of cancer cells.
A study by Thorsten Lehnert reveals that price noise from trading activities of mutual funds explains the success of 'bets against beta' strategies. These strategies, which involve taking short positions in assets with higher betas and long positions in those with lower betas, result in significant positive returns.
A recent study led by Nagoya University found that human-made iron in the Southern Ocean may be up to ten times higher than previously thought, with a 60% contribution from fossil fuel combustion. This could lead to decreased photosynthesis and increased CO2 levels, exacerbating global warming.
Researchers propose an ecological model to understand how individual responses to dietary fiber vary across gut microbiomes. The study found that specific bacteria grow in response to inulin and drive changes in gut health.
A new study reveals that ingestible sensor-enabled Truvada can identify patterns of medication taking behavior that may put individuals at risk of prophylactic failure. The system captures individual adherence patterns in real-time, allowing for tailored guidance and support.
The study investigates the nonequilibrium relaxations of hot electrons and coherent acoustic phonons in Sb2Te3 under hydrostatic pressure up to 30 GPa. It reveals a hot phonon bottleneck effect that is effectively suppressed along with the onset of electronic topological transitions.
Researchers designed two conceptual models of intelligent DNA robots that can swarm into leakless nonlinear amplification. The robots use multifunctional manipulators, trigger validators, and automatic assembly motors to amplify signals and facilitate targeted drug delivery.
Researchers found that rifampicin improved cognitive function and memory in mice with C9orf72-linked dementia. The antibiotic also reduced formation of protein aggregates, neuronal loss, and microglial activation in brain tissue. This study suggests rifampicin may be a widely effective drug for preventing neurodegenerative diseases.
The study reveals a single-band paramagnetic metal behavior at intermediate correlation regime, with two antiferromagnetic insulating parent phases at strongly correlated regimes. The researchers also found that Cooper pairs in Ba2CuO4-δ are s+d-wave symmetric due to spin-fluctuation mediated effective pairing interaction.