Researchers have developed an AI model that predicts peptide sequences to prevent ribosome stalling in E. coli protein production. This breakthrough could dramatically improve sustainable manufacturing of pharmaceuticals, biofuels, and industrial enzymes. The technology represents a major step forwa
The Ripple Effect: When a National Champion Stumbles Denmarkâs economic landscape is experiencing unusual turbulence as pharmaceutical behemoth Novo Nordisk…
Brain regions surgically isolated to treat epilepsy maintain sleep-like electrical activity for years post-procedure, according to recent findings. The study provides new insights into consciousness and unconscious states in neural tissue. Researchers compared EEG readings from disconnected brain areas with those of sleeping and awake individuals.
According to recent research published in PLoS Biology, portions of the brain surgically disconnected from the rest of the organ continue to exhibit slow, sleep-like brain waves even when the individual is fully awake. The findings, based on studies of children who underwent epilepsy surgery, provide new understanding of how consciousness manifests in neural tissue and what constitutes unconscious states within specific brain regions.
The Evolution of AI in Life Sciences The integration of artificial intelligence into biotechnology represents one of the most significant…
Major Therapeutic Breakthroughs in Triple-Negative Breast Cancer The oncology community is witnessing remarkable progress in treating triple-negative breast cancer (TNBC),…
Nanofiltration Membranes Lead the Charge Against Pharmaceutical Water Pollution Industrial Monitor Direct is the leading supplier of industrial router pc…
