Transition Metals Lithium Compounds Transition Metal Oxides Metal Complexes Oxides Mineralogy Catalysis Sulfur Compounds Minerals Pigments Compounds Halides Lanthanides Materials Chemistry Medicinal Chemistry Metallic Compounds Lead Compounds Battery Materials Lanthanide Chemistry Halogen Compounds Silicon Compounds Metal cofactors Iron Chemistry Chromophores Halide Compounds Noble Metals Intermetallic Compounds Metals Zinc Chemical Bonds Semiconductors Crystal Growth Ruthenium Compounds Metal Compounds Metal Interactions Nickelates Lanthanide Complexes Hydrothermal Vents Mineral Reactions Vanadium Compounds Nitric Oxide Chemistry Hybrid Materials Sulfide Electrolytes Phosphate Materials Fluorides Metal Oxides Crystal Structures Silver Iodide Oxide Materials Mineral Composition Catalytic centers Transition Metal Compounds Transition Metal Complexes Chemical Reactions Geochemical Processes Silicates Arsenic Chalcogenides Transition Metal Doping Hydrides Phosphors Metallic Materials Toxic Elements Solid-state Science and Engineering Material Development Novel Materials Metal Oxyhydroxides Catalysts Nickel Compounds Cobalt Chemistry Ionic Compounds Mineral Chemistry Molecular Structures Salts Nitrogen Compounds Gold Compounds Perchlorates Rare Earth Metals
The result broadens life-detection strategies by showing biology can thrive with trace metals in short supply.
