Category:C-C bond forming reactions

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carbon–carbon bond

covalent bond between two carbon atoms

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Subclass of

covalent bond

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Q1821552
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This category is for chemical reactions where a new carbon-carbon bond is made, such as in the w:Grignard reaction or the w:Suzuki coupling.

Subcategories

This category has the following 102 subcategories, out of 102 total.

A

B

Baker-Venkataraman rearrangement‎ (6 F)
Barbier reaction‎ (18 F)
Bartoli indole synthesis‎ (7 F)
Barton-Kellogg reaction‎ (7 F)
Baylis–Hillman reaction‎ (1 C, 61 F)
Benzoin condensation‎ (16 F)
Betti reaction‎ (4 F)
Biginelli reaction‎ (11 F)
Bischler-Moehlau indol synthesis‎ (6 F)
Bischler-Napieralski reaction‎ (1 C, 15 F)
Blanc chloromethylation‎ (13 F)
Bodroux-Chichibabin aldehyde synthesis‎ (5 F)
Bucherer carbazole synthesis‎ (5 F)
Buchner ring expansion‎ (23 F)
Buchner-Curtius-Schlotterbeck reaction‎ (21 F)

C

Cadiot-Chodkiewicz coupling reaction‎ (2 F)
Castro-Stephens coupling‎ (6 F)
Chan rearrangement‎ (5 F)
Claisen condensation‎ (71 F)
Claisen rearrangement‎ (2 C, 103 F)
Combes quinoline synthesis‎ (5 F)
Conrad-Limpach synthesis‎ (6 F)
Corey-Fuchs reaction‎ (25 F)
Corey-Seebach reaction‎ (11 F)
Cyclotrimerization reactions‎ (2 C, 19 F)

D

E

Eglinton reaction‎ (4 F)

F

G

H

Hammick reaction‎ (4 F)
Heck reaction‎ (64 F)
Henry reaction‎ (53 F)
Hiyama coupling‎ (27 F)
Horner–Wadsworth–Emmons reaction‎ (15 F)
Hydrocyanation‎ (1 C, 9 F)

J

Johnson-Corey-Chaykovsky reaction‎ (27 F)
Julia olefination‎ (15 F)

K

L

M

N

P

R

S

T

Takai olefination‎ (5 F)
Takeda olefination‎ (5 F)
Thorpe reaction‎ (18 F)
Tsuji-Trost reaction‎ (1 C, 16 F)

U

Ugi reaction‎ (17 F)
Ullmann reaction‎ (28 F)

W

Weinreb amides‎ (26 F)
Wittig reaction‎ (2 C, 100 F)

Media in category "C-C bond forming reactions"

The following 200 files are in this category, out of 244 total.

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1,3-dibromobenzene to isophthalic acid.png 888 × 276; 32 KB
1,4 addition of organolithium in the presence of HMPA.png 3,785 × 1,370; 91 KB
1,4 cuprate addition.png 7,668 × 8,125; 649 KB
1,4-Addition (Cuprat).svg 343 × 143; 16 KB
10 membered lactone alkylation.svg 627 × 168; 8 KB
2,2-paracyclophane.png 1,018 × 245; 6 KB
2-Ethyl-3-hydroxyhexanal MV1.svg 3,635 × 600; 53 KB
2-Naphthaldehyd Synthese-Tschitschibabin.svg 1,888 × 287; 47 KB
3 fig. 2.png 661 × 292; 13 KB
4-(4-Bromofenylo)-2-metylotiofen synteza.jpg 862 × 195; 22 KB
6-bromo-1-hexanol + bis(pinacolato)diboron.svg 2,190 × 240; 28 KB
AAP End Group Add.png 1,825 × 1,003; 34 KB
Acoplamientos con furanos.png 947 × 685; 38 KB
Addizione ossidativa del legame C--B sul complesso di Pd(0).png 644 × 165; 7 KB
AlCl3 ene rxn vectorized.svg 1,844 × 606; 30 KB
AlCl3 ene rxn.gif 1,844 × 606; 10 KB
Alcohols from ester via grignard.png 1,251 × 200; 7 KB
Alcohols from formaldehyde via grignard.png 1,010 × 191; 6 KB
Aldol-41-FT.png 1,124 × 530; 71 KB
Alkyne trimerisation.png 363 × 126; 2 KB
Alkynespreparation-3.png 456 × 74; 3 KB
Alternative Pronucleophiles3.gif 582 × 350; 12 KB
AnnulationStrategies.png 1,029 × 389; 5 KB
Arylmagsesiation.png 1,067 × 770; 18 KB
Asymmetric.png 977 × 183; 45 KB
Asymmetric2.png 977 × 183; 45 KB
AuCl3 phenol synthesis.gif 713 × 214; 15 KB
AuCl3 phenol synthesis.svg 959 × 233; 35 KB
AzaCopeMannich.png 1,695 × 505; 19 KB
Babu hydrovinylation scheme.png 708 × 206; 62 KB
Baldwinregel1.png 345 × 118; 9 KB
Baldwinregel1.svg 673 × 248; 61 KB
Beispielreaktion Rieke-Zink V2.svg 713 × 223; 10 KB
Benzoova metylacia.jpg 1,087 × 220; 21 KB
Benzoylcyanid synthesis.svg 663 × 189; 22 KB
Benzyneconversioncolouredlabels.png 1,232 × 1,116; 69 KB
Bergman Indole Lithiation.png 1,615 × 320; 7 KB
Bernthsen Acridine Synthesis Scheme.png 1,571 × 328; 5 KB
Beta-Nitrostyrol Reaktion mit Malonester.svg 485 × 63; 44 KB
BH scheme 3.jpg 834 × 181; 29 KB
Biaryl synthesis using a Cu-Pd catalyst system.png 391 × 102; 20 KB
Bicyclobutane synthesis.png 406 × 151; 3 KB
C-C bond coupling.tif 3,027 × 988; 641 KB
C-c bond.png 977 × 483; 101 KB
C-Cl insertion.svg 313 × 91; 14 KB
Carbene2.png 262 × 194; 2 KB
Carbonyl addition.svg 475 × 298; 48 KB
Carbonyl ene reaction - 2.png 457 × 144; 3 KB
Carvone conj alkylation-ca.png 582 × 164; 22 KB
Carvone conj alkylation.png 582 × 164; 17 KB
Catalyst CuFe2O4 for Multicomponent Reaction 2.png 549 × 197; 23 KB
CDC Reaction.png 317 × 64; 3 KB
CMD-4.jpg 367 × 166; 18 KB
CNS Intermediate Synthesis Suzuki.png 2,520 × 464; 69 KB
Corey-House.png 2,036 × 289; 11 KB
CPd shift Larock 2004 rev.svg 823 × 442; 43 KB
Cross Coupling Reactions.jpg 694 × 589; 40 KB
Cross-Dehydrogenative-Coupling.png 979 × 162; 13 KB
Crotylation4.png 416 × 122; 22 KB
CuFe2O4 catalyst for arylation.png 721 × 203; 31 KB
DDQ-oxi-coupling2.png 1,245 × 245; 8 KB
DDQ-oxi-coupling2.svg 970 × 185; 42 KB
Decarboxylative Cross Coupling reaction scheme.png 1,202 × 227; 17 KB
Denmark's model system for acetal substitution 2.PNG 1,032 × 241; 20 KB
Denmark's model system for acetal substitution.PNG 498 × 240; 12 KB
Dienochlor synthesis.svg 756 × 328; 55 KB
Dong.png 1,226 × 555; 16 KB
Doyle reduction.tif 1,512 × 712; 134 KB
Duffreaction.png 534 × 219; 4 KB
E3 ciclo catalitico Nichel.jpg 826 × 710; 48 KB
Elbs-Hetero.png 1,892 × 1,226; 27 KB
Elbs-Reaktion.png 2,380 × 1,455; 39 KB
Electron-Poor Metal Reductive Elimination.png 900 × 221; 30 KB
Employment of Takai and Stork-Zhao olefination by Kim's group.jpg 539 × 92; 11 KB
En-Reaktion.png 1,032 × 358; 7 KB
Enantioselectivereverseprenylation2 - Copy.png 462 × 130; 17 KB
EndersReaction.png 2,367 × 837; 36 KB
Endo hydroacylation.png 1,951 × 539; 21 KB
Enynepropyl3.png 654 × 163; 29 KB
Ethin-Cycloctatetraen.svg 921 × 301; 6 KB
Ethin-Propensäure.svg 691 × 177; 10 KB
EtLiRxnWithEster.png 1,649 × 352; 22 KB
Exo hydroacylation.png 1,848 × 595; 20 KB
EXSexample.png 914 × 152; 14 KB
Fagnou fluoroarene coupling.png 3,141 × 645; 92 KB
Fagnou fluoroarene coupling2-fr.svg 1,072 × 260; 72 KB
Fagnou fluoroarene coupling2.svg 1,072 × 260; 82 KB
Fig 2 tandem catalysis.jpg 706 × 224; 70 KB
Fig1.Ene Reaction.png 315 × 149; 16 KB
Fig10.Directed Carbonyl Ene.png 459 × 176; 6 KB
Fig11.Lewis Acid Mechanism.png 443 × 276; 23 KB
Fig12. Chiral Titanium.png 459 × 208; 25 KB
Fig5. Biradical.png 351 × 104; 4 KB
Fig6. Endo.png 391 × 286; 23 KB
Fig7.Intramolecular Ene.png 351 × 346; 27 KB
Fig8.LewisAcidReaction.png 481 × 199; 7 KB
Fig9.Reaction with Lewis acids.png 528 × 211; 25 KB
Figure 2 of R. Tom Baker's research.jpg 987 × 349; 50 KB
Figure 4- Ni-Catalyzed reaction of C(sp3)-H Cross-Coupling with Acyl Electrophiles.jpg 547 × 102; 15 KB
Figure10ene.png 564 × 210; 7 KB
Figure11ene.png 624 × 305; 24 KB
Figure12ene.png 624 × 296; 36 KB
Figure13ene.png 787 × 184; 32 KB
Figure1newene.png 381 × 185; 15 KB
Figure7ene.png 639 × 441; 35 KB
Figure8ene.png 641 × 196; 16 KB
Figure9ene.png 641 × 264; 22 KB
Fujiwarachfunctionalization.png 481 × 89; 12 KB
Gabriel-Colman Overall Reaction.jpg 568 × 138; 12 KB
Gabriel-Colman Rearrangement Example 1.jpg 623 × 172; 17 KB
Gabriel-Colman Rearrangement Example 2.jpg 570 × 178; 14 KB
General Cross Coupling Mechanism.gif 449 × 433; 8 KB
Gilman-Cason-Ketonsynthese MV1.svg 3,533 × 2,079; 275 KB
Gilman-Cason-Ketonsynthese ÜV1.svg 5,973 × 1,514; 64 KB
Gramine From Indole Scheme.png 984 × 419; 5 KB
Gramine Retromichael Addition Scheme.png 2,065 × 446; 8 KB
Hantzsch Pyrrole Synthesis Scheme.png 1,186 × 583; 6 KB
Hayashi’s asymmetric arylation of vinyl CF3 compounds.png 204 × 65; 4 KB
Heck-Matsuda-reactie.png 1,243 × 210; 24 KB
Helmchen-Synthese.png 3,822 × 1,469; 81 KB
History2.png 977 × 485; 101 KB
Hiyama General Scheme.svg 270 × 41; 3 KB
Hydroac6.png 1,250 × 342; 11 KB
Hydroac7.png 1,388 × 457; 15 KB
Hydroacylation Millstein4.png 1,195 × 491; 17 KB
Hydroacylation10 SMe.png 1,417 × 489; 18 KB
Hydroallylation3.png 525 × 149; 23 KB
Hydroepoxide3.png 514 × 145; 21 KB
Indole anion reactions.png 605 × 289; 39 KB
Insertion.png 417 × 67; 7 KB
Intermolecular hydroacylation 1.png 1,903 × 490; 17 KB
Ipatjew-Synthese M V1.svg 1,269 × 571; 49 KB
Ipatjew-Synthese Ü V1.svg 853 × 113; 22 KB
Jamison Reduction.tif 1,742 × 324; 101 KB
Johnson.tif 1,748 × 356; 2.38 MB
Kamuda-Corriucoupling2007.png 1,054 × 524; 12 KB
Katalysezyklus-Kumada-Kupplung.png 1,275 × 699; 30 KB
Kishi1986.svg 745 × 321; 207 KB
Knorr Pyrrole Synthesis Scheme.png 1,287 × 433; 6 KB
Kochi-Schlosser coupling.png 2,456 × 619; 29 KB
Kowalski Ester Homologation Scheme.png 1,005 × 468; 5 KB
Kumada Silicate.svg 1,209 × 120; 9 KB
KumadaReactionI.png 975 × 157; 4 KB
KumadaReactionII.png 1,012 × 322; 6 KB
Late -stage.png 977 × 579; 95 KB
Late. stage.png 977 × 585; 94 KB
Leimgruber-Batcho Indole Scheme.png 1,862 × 482; 9 KB
Linear fased mode cascade.gif 382 × 82; 1 KB
Martinet Dioxindole Synthesis Scheme.png 1,755 × 562; 8 KB
Meca ext.png 625 × 302; 7 KB
Meca resumido.png 557 × 145; 4 KB
Mechanism of the Pd-catalyzed reaction of N-tosylhydrazones with aryl halides.jpg 526 × 498; 25 KB
Mechanismus Zweifel-Olefinierung E-Alkene.svg 309 × 198; 52 KB
Mechanismus Zweifel-Olefinierung Z-Alkene.svg 309 × 193; 52 KB
Metal-free cross-coupling reaction with N-tosylhydrazones and boronic acids.jpg 667 × 465; 23 KB
Metallocyclopentadiene formation.png 588 × 175; 17 KB
Metallophotoredox history.png 977 × 352; 53 KB
Methylmagnesium bromide coupling reaction chloropropane.jpg 1,460 × 140; 11 KB
Methylmagnesium bromide coupling reaction small.jpg 365 × 35; 2 KB
Methylmagnesium bromide coupling reaction.jpg 1,460 × 140; 10 KB
Miller Hydroacylation.png 1,903 × 490; 17 KB
Murahashi Reaction Scheme.png 2,606 × 749; 103 KB
N-tosylhydrazones as Reagents for Cross-Coupling Reactions.jpg 362 × 128; 10 KB
NaDMSO Nucleophilic Reactions.png 1,651 × 1,098; 14 KB
Nenitzescu Indole Synthesis Scheme.png 1,353 × 406; 6 KB
Ni(acac) scheme.tif 1,054 × 249; 69 KB
Ni(dcype)CO scheme.tif 1,403 × 242; 78 KB
Ni(OTf)2 scheme.tif 1,254 × 257; 87 KB
NiI2 scheme.tif 1,150 × 245; 90 KB
Nozaki1986.svg 396 × 190; 67 KB
Nysted Reaction.png 512 × 384; 8 KB
Orgininal reactions.jpg 742 × 478; 44 KB
Oxazolidinone imide benzylation.png 2,195 × 362; 45 KB
Pechmann 4methyllcoumarin.png 796 × 206; 29 KB
Pechmann 4methylumbelliferone.png 541 × 182; 18 KB
Pechmann umbelliferone.png 634 × 235; 26 KB
Perkow reaction hexachloroacetone 2.png 3,498 × 1,384; 45 KB
Perkow reaction hexachloroacetone.png 994 × 636; 6 KB
Photochem-cycloaddition.png 471 × 87; 3 KB
PK molybdenum.gif 382 × 94; 1 KB
PK reaction example.gif 448 × 71; 2 KB
PK reaction wilkinson.gif 449 × 88; 2 KB
PK reaction.gif 496 × 84; 2 KB
PK reaction2.gif 496 × 84; 2 KB
PK reaction2.svg 2,031 × 343; 17 KB
Propargylchloride3.png 602 × 129; 22 KB
Propen-Kresol.png 587 × 121; 7 KB
Pseudoephedrine amide alkylation.png 2,390 × 382; 57 KB
Pummerer Ex Veratrole.png 1,296 × 398; 6 KB
PyBox Stereochemical model.PNG 612 × 275; 16 KB
Quinuclidinone hydrochloride v2.png 800 × 200; 19 KB
R. Tom Baker figure 2.jpg 970 × 305; 50 KB
Radical.svg 709 × 162; 5 KB
Reaction de couplage croisé.png 547 × 107; 17 KB
Reaction diphenyltrichloroethane to tetraphenylbutatriene.png 1,786 × 536; 174 KB
Reaction of Boroxine.png 2,121 × 441; 17 KB
Reaction scheme of copper catalyzed meta-selective C-H arylation of anilides.jpg 400 × 104; 8 KB
Reaktionsgleichung Isomerisierung SHOP-Verfahren.svg 569 × 66; 6 KB
Reaz Knoevenagel.PNG 599 × 128; 4 KB
Reação 0-307-06.png 546 × 263; 15 KB

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Organic reactions

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