The Iron Galaxy: How a Methane-Making Enzyme's 46 Clusters Could Rescue Our Climate
Discover how formyl-methanofuran dehydrogenase (Fwd), an enzyme with 46 iron-sulfur clusters, could revolutionize carbon capture technology.
Discover how formyl-methanofuran dehydrogenase (Fwd), an enzyme with 46 iron-sulfur clusters, could revolutionize carbon capture technology.
Aug 10, 2025
Discover how non-thermal plasma triggers ferroptosis in cancer cells by exploiti...
Aug 10, 2025
Discover how QEXAFS spectroscopy revolutionizes catalyst research by capturing a...
Aug 19, 2025
Exploring how methane-producing microorganisms in Earth's extreme environments h...
Aug 22, 2025
Exploring the fascinating progress in bio-electrode design from biosensors to bi...
Aug 08, 2025
Exploring the hidden world of reductive stress, the neglected half of the redox...
Scarlett Patterson
Exploring how materials chemistry is leveraging ferroptosis to combat drug-resistant and metastatic cancers through innovative therapeutic approaches.
Daniel Rose
Explore the paradoxical journey of nitric oxide (NO) from its toxic origins in Earth's early atmosphere to its essential roles in human physiology and modern medicine.
Aria West
Exploring Raman nanosensors and their revolutionary applications in cellular studies and medical diagnostics.
Hannah Simmons
Breakthrough research on degradable polymer-based nanoassemblies for precise breast cancer targeting without harming healthy cells.
Noah Brooks
Explore how zinc and metallothionein form a dynamic defense system protecting liver cells from oxidative damage and their potential clinical applications.
Emily Perry
Exploring the revolutionary potential of Metal-Organic Frameworks (MOFs) in clean energy, medicine, and environmental applications.
Discover how pyrimidine-based drugs are transforming HIV treatment through innovative molecular design and targeted vira...
Exploring how organic bioelectronics bridges the gap between electronic devices and biological systems for precise cellu...
Discover how electroactive microbes are transforming waste into energy through bioelectrochemical systems, offering solu...
Discover the Nobel Prize-winning science behind circadian rhythms and how your internal clock governs health, sleep, and...
Exploring the impact of the MEM conference in Jetřichovice on electrochemical innovations from DNA detection to brain-co...
Exploring high-valent manganese-oxo intermediates and their role in biological systems, nanotechnology, and molecular ca...
Exploring how nanosensors using carbon nanotubes, nanopores and nanoclusters are transforming detection capabilities at...
Exploring how SOD1 mutations disrupt the monomer-dimer equilibrium leading to ALS, with detailed analysis of mutation cl...
Exploring how advanced materials science is overcoming biological barriers to enable targeted drug delivery
Explore the synthesis, crystal structure, and spectroscopic properties of 1-(p-Bromophenyl)-3,5-Diphenylformazan, a fasc...
Explore how scientists are using single-molecule electrochemistry to observe and manipulate the smallest building blocks...
Exploring how micronutrients serve as molecular shields against environmental toxicity in Nigeria through antioxidant ac...
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