Category:Organic oxidations
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Subcategories
This category has the following 48 subcategories, out of 48 total.
A
- Algar-Flynn-Oyamada reaction (7 F)
B
- Babler oxidation (9 F)
- Baeyer's reagent (4 F)
- Baeyer–Villiger oxidation (55 F)
- Barbier-Wieland degradation (4 F)
C
- Corey-Schmidt oxidation (6 F)
- Corey-Suggs oxidation (9 F)
- Corey–Gilman–Ganem oxidation (3 F)
- Corey–Kim oxidation (9 F)
- Criegee oxidation (16 F)
- Criegee rearrangement (15 F)
D
- Dakin reaction (24 F)
- Dess-Martin oxidation (14 F)
- Dioxygenation (5 F)
E
- Elbs oxidation (8 F)
- Elbs reaction (10 F)
- Etard reaction (12 F)
F
- Fehling's solution (15 F)
- Fleming-Tamao oxidation (21 F)
- Fétizon oxidation (21 F)
G
- Graham reaction (2 F)
H
- Hass-Bender oxidation (2 F)
- Hooker reaction (8 F)
J
- Jones oxidation (15 F)
K
- Kharasch–Sosnovsky reaction (20 F)
- Kornblum oxidation (10 F)
O
- Oppenauer oxidation (27 F)
- Ozonolysis (57 F)
P
- Parikh-Doering oxidation (6 F)
- Pfitzner-Moffatt oxidation (11 F)
- Pinnick oxidation (7 F)
- Prevost reaction (4 F)
R
- Riley oxidation (21 F)
- Rubottom oxidation (35 F)
S
- Saegusa-Ito oxidation (22 F)
- Sarett oxidation (7 F)
- Scholl reaction (8 F)
- Sharpless oxyamination (6 F)
- Sommelet reaction (8 F)
- Swern oxidation (26 F)
T
W
- Woodward cis-hydroxylation (5 F)
Media in category "Organic oxidations"
The following 200 files are in this category, out of 402 total.
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18 fig. 1.png 413 × 161; 8 KB
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2 allylic.jpg 201 × 36; 6 KB
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2-mercaptopyridine self association.png 1,510 × 230; 8 KB
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4 Nitrobenzaldehyd.svg 868 × 284; 47 KB
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6PPD oxidation.svg 479 × 89; 24 KB
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6PPD ozone-oxidation overview.png 3,337 × 705; 82 KB
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6PPD ozone-oxidation overview.svg 444 × 93; 14 KB
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7 cyclic.jpg 184 × 50; 7 KB
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7-oxodeacetamidocolchicine oxidised with trifluoroperacetic acid.png 2,130 × 1,193; 126 KB
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Acetica.png 662 × 118; 7 KB
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AChV.svg 576 × 169; 16 KB
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Acridine oxidation by oxone, standardized.png 2,645 × 725; 29 KB
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Acridine oxone oxidation.png 310 × 108; 2 KB
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Adkins-Peterson reaction.png 2,082 × 344; 14 KB
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Agaricon Formation V1.svg 933 × 171; 14 KB
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Alcohol general oxidation to carbonyls.png 869 × 183; 11 KB
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Alcohol oxidation to carbonyls.svg 337 × 188; 55 KB
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Alcohol oxidation with Collins reagent.svg 726 × 258; 15 KB
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Alcohol to acid (cropped).png 719 × 153; 3 KB
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Alcohol to acid.png 802 × 367; 14 KB
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Alcohol to aldehyde or ketone (cropped).png 804 × 179; 3 KB
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Alcohol to aldehyde or ketone.png 966 × 564; 23 KB
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Alcohol to aldehyde to acid sl.png 1,510 × 230; 13 KB
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Alcohol to aldehyde to acid.png 1,474 × 230; 11 KB
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Alcohol to ketone.png 2,350 × 694; 160 KB
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Alcohol-aldehyde.PNG 268 × 54; 2 KB
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Alcòl - Oxidacion d'un alcòl.png 803 × 107; 22 KB
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AlkaneOxCy.png 847 × 529; 14 KB
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Alkene TFPAA-BF3.png 1,846 × 449; 45 KB
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Alkylboranes oxidation mechanism.PNG 1,010 × 102; 7 KB
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Alpha oxidation.svg 375 × 450; 28 KB
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Alpha-oxidation of enones (Magnus).tif 856 × 299; 63 KB
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Alpha-oxidation of enones (Mukaiyama).tif 913 × 323; 56 KB
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Alphahydroxasym.png 3,481 × 979; 49 KB
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Alphahydroxtotalsyn.png 2,688 × 671; 31 KB
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An example of purple benzene oxidizing a resorcinol into quinone.png 2,116 × 720; 18 KB
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Anthracen Oxygen Diels Alder Reaction.jpg 488 × 133; 14 KB
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AOX reaction.png 323 × 70; 4 KB
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Arenoxid Reaktionen.svg 816 × 595; 28 KB
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Autoxidation general divinyl ether.jpg 2,363 × 768; 113 KB
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Autoxidation general.jpg 1,682 × 949; 147 KB
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Autoxidation heterolytic.jpg 1,607 × 696; 104 KB
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Autoxidation homolytic Bscission.jpg 2,183 × 561; 103 KB
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Autoxidation homolytic hémiacétal.jpg 2,154 × 669; 105 KB
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Autoxidation radical addition.jpg 2,416 × 1,199; 176 KB
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Barakat-Dehydrierung Übersichtsreaktion V3.svg 830 × 235; 40 KB
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Benedict's 1Renewed.png 978 × 148; 7 KB
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Benedict's Final.png 1,312 × 158; 9 KB
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Benedict's Final1.png 1,319 × 252; 11 KB
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Benedict's Reagent.png 1,278 × 299; 10 KB
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Benedict's Reagent2.png 1,276 × 455; 11 KB
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Benzoic acid Synthesis.JPG 720 × 300; 16 KB
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Benzoloxid.svg 354 × 145; 7 KB
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Benzyl oxidation.png 260 × 144; 4 KB
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Beta oxidation Anindita.jpg 456 × 943; 41 KB
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Beta-oxidation of LAS.png 2,108 × 2,373; 85 KB
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Bromine Ox Final.png 851 × 419; 23 KB
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Bromine Ox Renewed 2.png 851 × 419; 23 KB
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Bromine Ox Renewed.png 756 × 372; 20 KB
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Camphor-Camphor acid.png 1,449 × 251; 30 KB
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Camphorquinon synthesis2.png 349 × 115; 5 KB
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Camphorquinone synthesis.png 597 × 188; 9 KB
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Carbocatalysis.png 1,438 × 430; 9 KB
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Carvone oxidation-ca.png 660 × 447; 59 KB
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Carvone oxidation.png 660 × 447; 48 KB
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CHIAlt1.png 255 × 56; 8 KB
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CHIAlt2.png 363 × 96; 12 KB
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CHIEx.png 407 × 111; 14 KB
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CHIGen.png 472 × 97; 12 KB
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CHIMech1.png 577 × 258; 30 KB
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CHIMech2.png 518 × 79; 13 KB
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Chinic acid Quinone.svg 779 × 243; 45 KB
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CHIScope1.png 676 × 110; 18 KB
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CHIScope2.png 388 × 124; 15 KB
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CHIScope3.png 332 × 82; 10 KB
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CHIScope4.png 331 × 84; 12 KB
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CHIScope5.png 446 × 140; 18 KB
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CHIScope6.png 620 × 107; 17 KB
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CHIScope7.png 512 × 125; 19 KB
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CHIStereo1.png 723 × 121; 23 KB
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CHIStereo2.png 459 × 219; 25 KB
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CHISynth.png 516 × 155; 21 KB
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CNX Chem 20 03 oxaldehyde img.png 650 × 99; 11 KB
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CNX Chem 20 03 oxidation img.png 650 × 180; 15 KB
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CNX Chem 20 03 OxiRedu img.png 650 × 172; 21 KB
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CNX Chem 20 03 oxketone img.png 650 × 99; 10 KB
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CNX Chem 20 03 oxtoacid img.png 975 × 208; 25 KB
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Collins Oxidation.svg 331 × 293; 22 KB
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Collins reagent.png 336 × 133; 3 KB
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Combustion methane intl.png 564 × 215; 5 KB
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Compustion of methane.jpg 509 × 144; 12 KB
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Conversion of F3CCPh2SH to F3CCPh2SCl and on to F3CCPh2S(O)Cl.png 2,820 × 395; 32 KB
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Couple rédox alcool-aldhyde.GIF 392 × 88; 1 KB
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Couple rédox aldéhyde-acide carboxylique.GIF 393 × 111; 2 KB
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CrOxidation.png 1,847 × 430; 16 KB
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Cyclohexylbenzene oxidation.png 1,727 × 381; 11 KB
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Cyclohexylbenzene's oxidation.png 996 × 104; 4 KB
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Cyclopentenone synth1.svg 648 × 158; 32 KB
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D-amino-àcid oxidasa.JPG 986 × 374; 32 KB
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Davis Oxidation.svg 243 × 63; 30 KB
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DDQ aromatization rearrangement.png 2,625 × 702; 101 KB
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DDQ selective oxidation.svg 236 × 48; 13 KB
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DDQ-oxi-coupling1.png 966 × 265; 8 KB
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Decomposition Formic Acid RuCl2PPh33.png 889 × 137; 5 KB
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Delepine-Aldehydoxidation V1.svg 500 × 118; 20 KB
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DHBQ aus HQ.svg 487 × 110; 40 KB
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DHBQ-Synthese aus DAHQ.svg 556 × 100; 63 KB
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Diketone+Peroxyacid V1.svg 699 × 174; 16 KB
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Dimethylphenylendiamine Oxidation.svg 896 × 268; 42 KB
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DioxEx.png 412 × 118; 15 KB
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DioxGen.png 609 × 268; 31 KB
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Dioxirane oxidations.png 1,471 × 1,214; 37 KB
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Dioxirane.png 930 × 584; 17 KB
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DioxMech1.png 629 × 106; 18 KB
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DioxMech2.png 545 × 245; 27 KB
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DioxScope1.png 638 × 99; 21 KB
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DioxScope2.png 501 × 208; 23 KB
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DioxScope3.png 589 × 74; 14 KB
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DioxScope4.png 579 × 110; 14 KB
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DioxScope5.png 590 × 128; 18 KB
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DioxScope6.png 393 × 121; 14 KB
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DioxScope7.png 340 × 78; 11 KB
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DioxStereo.png 560 × 137; 24 KB
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DioxStereo2.png 603 × 197; 25 KB
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Disiamilborano1.png 731 × 228; 7 KB
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Disulfide-bond copie.png 3,071 × 945; 33 KB
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DTToxidacio2.png 320 × 84; 2 KB
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Dvouelektronová oxidace.PNG 493 × 93; 4 KB
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Egzalt synt1.svg 454 × 90; 28 KB
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Enolate oxidation sulfonyloxazirines.png 964 × 189; 2 KB
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Equation bilan.png 630 × 174; 9 KB
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Equation générale Oxydation de Parikh Doering.png 245 × 75; 4 KB
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Ether-autoxidation.png 2,067 × 1,159; 28 KB
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Ethylene oxidation.svg 856 × 190; 14 KB
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Example oxidation with chromium trioxide.png 2,413 × 604; 56 KB
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Exemple réaction Parikh-Doering dérivé acide isopalmitique.png 557 × 114; 7 KB
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Exemple utilisation de l'oxydation de Parikh-Doering.png 705 × 112; 12 KB
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Fe(II)(TPA)(CH3CN)2.jpg 900 × 504; 105 KB
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Fe-Co-HPCD Reaction Scheme.jpg 900 × 239; 97 KB
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First.png 300 × 108; 11 KB
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Fleming Tamao Oxidation Reaktionsmechanismus Nebenreaktion V2.svg 990 × 123; 15 KB
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Fleming Tamao Oxidation Reaktionsmechanismus V3.svg 1,286 × 721; 51 KB
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Fleming Tamao Oxidation Übersichtsreaktion V3.svg 563 × 266; 18 KB
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Fluorenon Synthesis.png 3,279 × 960; 17 KB
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FMOrxns.png 2,086 × 986; 112 KB
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FMOrxns2.png 2,161 × 1,001; 122 KB
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FOX-7 oxydation.PNG 959 × 319; 6 KB
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Furfural-oxidation.png 7,159 × 767; 183 KB
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Galluszsav + KMnO4.png 1,663 × 513; 30 KB
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Gibbs-Wohl-Naphthalin-Oxidation-Mechanismus.svg 568 × 595; 83 KB
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Gibbs-Wohl-Naphthalin-Oxidation-Übersicht.svg 261 × 94; 8 KB
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Glucoxylat.png 417 × 113; 7 KB
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Heathcock 1974.png 428 × 131; 14 KB
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Hexamethylbenzene oxidation.png 2,518 × 726; 94 KB
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Homogenisate conversion.png 2,737 × 367; 14 KB
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House 1958.png 653 × 176; 15 KB
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Hydroperoxidation of tetrahydrofuran.png 3,105 × 621; 79 KB
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Hydroquinone dehydrogenation.svg 548 × 245; 28 KB
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Hydroxybenzotriazole synthesesis1.svg 709 × 178; 15 KB
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IBX Preparation.png 2,694 × 807; 59 KB
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IharaCedranoxideSaegusa.png 2,150 × 371; 31 KB
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Indoxyl Oxidation.png 1,869 × 447; 6 KB
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Indoxyl Oxidation.svg 603 × 152; 24 KB
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Intermediate2.svg 489 × 195; 13 KB
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Isoquinoline oxidation.png 313 × 121; 2 KB
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Jednoelektronová oxidace.PNG 578 × 101; 5 KB
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Jones primaer ÜV.svg 689 × 141; 27 KB
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Klokhuis-001.JPG 2,048 × 1,536; 609 KB
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La compustion du methane.png 1,323 × 719; 88 KB
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LDev.jpg 2,560 × 1,440; 782 KB
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LithDev.jpg 2,560 × 1,440; 2.25 MB
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Maltose Oxidation.svg 911 × 170; 66 KB
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MAOEx.png 275 × 90; 10 KB
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MAOGen.png 270 × 83; 9 KB
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MAOMech1.png 408 × 72; 10 KB
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MAOMech2.png 203 × 123; 10 KB
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MAOScope1.png 347 × 93; 12 KB
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MAOScope2.png 367 × 99; 12 KB
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MAOScope3.png 443 × 71; 12 KB
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MAOScope4.png 454 × 97; 14 KB
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MAOScope5png.png 500 × 104; 16 KB
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MAOSynth1.png 485 × 117; 17 KB
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MAOSynth2.png 367 × 152; 17 KB
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MAOSynth3.png 393 × 168; 17 KB
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Mechanism IBX-Oxidation.svg 1,622 × 311; 52 KB
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Mesoxalsäurediethylester Synthese aus Malonester.svg 340 × 50; 35 KB
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Microbial oxidation to produce 2-furoic acid.svg 195 × 41; 24 KB
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MoOPH example.jpg 708 × 164; 12 KB
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Mukaiyama and Magnus conditions.jpg 468 × 76; 12 KB
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NaIO4.png 372 × 69; 1 KB
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Net Reaction of Oxidation of Sucrose and Potassium Chlorate.png 1,542 × 362; 27 KB
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NickelOxideHydroxide.png 931 × 216; 5 KB
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NickeloxideHydroxideApplication.png 1,021 × 501; 11 KB
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Nicotinamide to 2-chloronicotinonitrile.png 3,551 × 705; 102 KB
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Nicotinsäure-N-oxid Synthese.svg 371 × 105; 30 KB
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Nitration 2,5-Dibromophenol.svg 303 × 112; 35 KB
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NitrMech1.png 1,271 × 460; 34 KB
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Omega-LAS.jpg 397 × 400; 15 KB
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Omega-oxidation.png 1,065 × 1,249; 26 KB