Source: Wikipedia, the free encyclopedia.
Done Articles that need to be checked for "high-energy oxygen" statements
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.
Notes
More articles
Chemiosmosis fixed
False positives
Articles which reference questionable papers, but seem superficially okay
Articles specifically talking about the "energy" of oxygen
Articles with problems
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
Fixed articles
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
Other articles
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+"
Fixed articles
Amount of substance#History (weird, but not high-energy oxygen) fixed June 9
Articles under discussion
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