Interactions | Reactions | Processes
Classified as: Strategic Bond Formation
Strategic Bond Formation is a concept associated with "RetroSynthetic Analysis", RSA, a rational approach to the designing synthetic routes to large organic structures, usually of pharmaceutical interest. RSA considers organic reactions of synthetic utility to be of two general types: FGIs and Strategic Bond formation.
RCOCl |
+ |
RMgX |
+ |
RCOCl |
+ |
R2CuLi |
+ |
RCHO |
+ |
RMgX |
R2CHOH |
HCHO |
+ |
RMgX |
RCH2OH |
RCHO |
+ |
RCHO |
+ |
RCH2CHO |
+ |
OH–(aq) |
RCHO |
+ |
+ |
Zn(Cu) |
+ |
CH2I2 |
+ |
R+ |
+ |
H+ |
+ |
RCl |
+ |
AlCl3 |
+ |
[AlCl4]– |
+ |
[RCO]+ |
+ |
RCOCl |
+ |
AlCl3 |
+ |
H+ |
+ |
[AlCl4]– |
+ |
CuCN |
+ |
N2 |
+ |
Cu+ |
+ |
RMgX |
R3COH |
+ |
+ |
R–OH |
+ |
RO– |
2 |
+ |
CH3CH2O– |
+ |
CH3CH2OH |
+ |
CH3CH2O– |
+ |
HBr |
R–OH |
+ |
RBr |
RBr |
+ |
R–Nu |
+ |
Br– |
+ |
RMgX |
R3COH |
+ |
+ |
(C6H5)3P=O |
R–CN |
+ |
RMgX |
+ |
R2CuLi |
R2CuLi |
+ |
RBr |
R–R |
RMgX |
+ |
CO2 |
RCOO– |
CH3• |
+ |
CH3• |
CH3CH3 |
+ |
+ |
+ |
+ |
+ |
+ |
+ |
+ |
RCOOH |
+ |
RMgBr |
R–CH2CH2OH |
+ |
H2C=CH2 |
CH2 |
+ |
H2C=CH2 |
+ |
hν |
+ |
CH3CH2• |
+ |
hν |
+ |
(CH3)3C• |
CH2N2 |
+ |
H2C=CH2 |
CH3–CH=CH2 |
+ |
H2C=CH2 |
[RCO]+ |
+ |
R– |
[CH3CO]+ |
+ |
© Mark R. Leach 1999 –
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