Done Articles that need to be checked for "high-energy oxygen" statements
[edit]I think I'm done with this. Please let me know if I missed anything!
Okay, now I think I'm really done with this.
- Chemiosmosis fixed
Articles which reference questionable papers, but seem superficially okay[edit]Articles specifically talking about the "energy" of oxygen[edit]Articles with problems[edit]- Bioenergetics#Overview "energy sources, mostly sunlight and O2" fixed
- Electron transport chain#Mitochondrial redox carriers "releases the energy of oxygen" fixed
- Great Oxidation Event#Consequences of oxygenation "oxygen is a high-energy molecule" fixed
- Light-dependent reactions: lede "oxygen as a high-energy waste product" fixed
- Microbial metabolism#Hydrogen oxidation "unlock the chemical energy of O2" fixed
- Microbial oxidation of sulfur#Ecology "energy-rich electron acceptors" fixed
- Nitrobacter#Metabolism and Growth "O2 as a source of energy" fixed
- Oxygen: lede "Dioxygen provides most of the chemical energy released in combustion" fixed
- Wet sulfuric acid process#The process fixed June 9 "The energy released by the above-mentioned reactions is mostly derived from O2"
- Oxygen saturation#In medicine fixed June 9 "oxygen, their source of chemical energy"
- Animal#Ecology fixed June 9 "unlock the chemical energy of molecular oxygen"
- Dioxygen in biological reactions: lede fixed June 9 fixed further June 10 "the chemical energy of oxygen" "high-energy O2"
- Fuel#Chemical fixed June 9 "Most of the chemical energy released in combustion was not stored in the chemical bonds of the fuel, but in the weak double bond of molecular oxygen"
- Aerobic organism#Glucose fixed June 9 "the chemical energy stored in the relative weak double bond of oxygen"
- Nicotinamide adenine dinucleotide#Role in redox metabolism fixed June 9 "the energy stored in the relatively weak double bond of oxygen"
- Dead zone (ecology)#Effects fixed June 9 "switch their energy source from oxygen"
- Fatty acid metabolism: lede fixed June 9 "unlock the energy of more O2"
- Cellular respiration: lede "the most common oxidizing agent providing most of the chemical energy is molecular oxygen" fixed fixed fixed fixed fixed fixed
- Biology#Cellular respiration seems okay on second read, but assumes there's a double bond in O2. "weak high-energy bonds". fixed fixed
- Allotropes of oxygen#Dioxygen "the chemical energy stored in the weak sigma bond of atmospheric dioxygen"
- Anaerobic organism#Energy metabolism "taking advantage of the high energy of O2"
- Anaerobic respiration: lede "molecular oxygen is a high-energy oxidizing agent"
- Atmosphere of Earth#Evolution of Earth's atmosphere "oxygen is the high-energy molecule needed to power all complex life-forms"
- Bioluminescence#Chemical mechanism "molecular oxygen, which provides chemical energy"
- Cambrian explosion#Increase in oxygen levels "which need O2 for its chemical energy"
- Chemical energy: lede "Some examples of storage media of chemical energy include [...] oxygen gas, which is of relatively high energy"
- Chemical thermodynamics#Chemical energy "the energy (mostly of O2)"
- Chemosynthesis#Hydrogen sulfide chemosynthesis process "oxygen or nitrate as an energy source"
- Chemotroph#Chemoheterotroph "obtaining most of their energy from O2"
- Citric acid cycle#Major metabolic pathways converging on the citric acid cycle "with the energy of O2"
- Electron acceptor#Examples "to a high-energy electron acceptor"
- Energy content of biofuel#Energy and CO2 output of common biofuels "mostly the energy of the O2 consumed"
- Energy density#In energy storage and fuels "the oxygen that provides most of the energy released in combustion" fixed
- Energy development#Fossil fuels "solar energy stored in O2" fixed
- Energy flow (ecology)#Secondary production "Most energy is stored in plants and oxygen" fixed
- Exothermic reaction#Examples "most of the energy released was stored in O2" fixed
- Fermentation#Biochemical overview "It releases the chemical energy of O2" fixed
- Geological history of oxygen "O2, a high-energy molecule" fixed June 14
- Heterotroph#Ecology "the energy of O2" fixed
- History of life#Environmental and evolutionary impact of microbial mats "due to its [oxygen's] chemical energy" fixed
- Hydrogen oxidizing bacteria "oxygen as final electron acceptor and source of energy" fixed
- Hypoxia (environmental)#Aquatic hypoxia "rely on oxygen for its chemical energy" fixed
- Hypoxia in fish: lede "the chemical energy of O2" fixed
- Photosystem#Reaction centers "creating high-energy oxygen as a byproduct" fixed
- Redox#Rates, mechanisms, and energies "use oxygen as electron acceptor and the main source of energy" fixed
- Primary nutritional groups#Primary sources of reducing equivalents "Both use oxygen in respiration as electron acceptor and the main source of energy" fixed
- Ocean deoxygenation#Overview "oxygen for its chemical energy" fixed
- Oxidative phosphorylation: lede "more energy (provided by oxygen)" fixed
- Methanotroph: lede "unlock the energy of oxygen" fixed
- Microbial fuel cell: lede "high-energy oxidized compounds such as oxygen" fixed
- Adenosine triphosphate#Citric acid cycle "Oxygen provides the chemical energy driving the process" fixed
- Bioenergetic systems#Overview "the energy of oxygen" fixed
- Indirect calorimetry#History "the chemical energy of oxygen and nutrients" fixed
- Lithotroph#Overview of the metabolic process "unlock the chemical energy of O2" fixed
- Luciferin#Types "molecular oxygen, which provides the needed energy" fixed
- Muscle contraction#Eccentric contraction "chemical energy (originally of oxygen, unlocked by fat or glucose" fixed
- Metabolism#Energy from inorganic compounds "high-energy electron acceptors such as oxygen" fixed
- Alkaline battery#Chemistry
- Autotroph: seems okay, self-reference fixed
- Carbohydrate catabolism: lede "relative (sic!) weak, high-energy double bond of O2" fixed
- Electric battery#Chemistry and principles "Zn or Li, which are high-energy metals" fixed
- Energy#Biology "the chemical energy of O2 and the carbohydrate or fat" fixed
- Enthalpy: weird, but not high-energy oxygen
- Exothermic process#Two types of chemical reactions "converting the relatively weak double bond of oxygen" fixed
- Food energy: lede; seems okay on second read, better ref needed fixed
- Fossil fuel#Origin seems okay on second read, better ref needed
- Fuel cell: lede "the chemical energy usually comes from metals and their ions and oxides"
- Fundamental thermodynamic relation: weird, but not high-energy oxygen
- Galvanic cell "high-energy anode metals"
- Glossary of civil engineering#B seems okay on second read, better ref needed
- Helmholtz free energy: weird, but not high-energy oxygen
- Lead–acid battery: lede "during charging, the battery acts as a water-splitting device"; "the chemical-energy content [...] increases with the proton concentration"
- Marine biogeochemical cycles#Fossil fuels seems okay on second read; needs better ref
- Methane#Fuel "hydrogen, which accounts for 55% of the heat of combustion"
- P680#Recovery of P680 "P680+ is a high-energy species"
- P700#Electron transport chain "high-energy cationic P700+"
- Photophosphorylation#Non-cyclic photophosphorylation "high-energy P680+"
- Photosynthesis#Water photolysis "high-energy chlorophyll" fixed
- Photosystem I#P700 reaction center "high-energy P700+"
- Amount of substance#History (weird, but not high-energy oxygen) fixed June 9
Articles under discussion[edit]- Thermodynamic equations#References fixed June 9 reverted June 9
- Second law of thermodynamics#Introduction fixed June 9 (typo in the edit summary, sorry) reverted June 10
- Combustion: lede fixed June 9 reverted June 12 fixed
- Heat of combustion: lede fixed June 9 reverted June 12
- Fire: lede change proposed June 10, ensuing discussion and major changes to the discussed section. Finally fixed
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