Exploring how Iceland's hydrothermal zones serve as analogs for ancient Martian environments and what lipid biomarkers reveal about potential extraterrestrial life.
Exploring Desulfovibrio bacteria's dual role in environmental processes and human diseases, from sepsis to Parkinson's.
Exploring the biogenetically inspired synthesis of epidithiodiketopiperazines (ETPs) and their potential in cancer treatment.
Exploring how self-assembling hybrid nanostructures combining inorganic, organic and biological components are transforming medicine, computing and materials science.
Exploring how biomarkers of oxidative stress and protein misfolding are revolutionizing early diagnosis of neurodegenerative diseases like Alzheimer's and Parkinson's.
Explore how scientists discovered plants communicate through electrical signals, from early experiments to modern applications in agriculture and environmental monitoring.
Discover how formyl-methanofuran dehydrogenase (Fwd), an enzyme with 46 iron-sulfur clusters, could revolutionize carbon capture technology.
Structural insights into bacterial cytochrome c peroxidases and their role in defending against oxidative stress through redox state changes and catalytic mechanisms.
Exploring how surface-anchored host-guest systems enable smart materials that adapt, heal, and respond to external stimuli through molecular recognition.
Discover how systems biology reveals aging's nonlinear patterns and molecular tipping points in our 40s and 60s, offering new intervention opportunities.