JCGG ID |
JCGG-RAC0000059 | ||||
Submitter |
The Noguchi Institute | ||||
Reaction ID |
R-0000-000059 | ||||
Regist Date |
2012/06/21 13:01:06 | ||||
REACTANT | |||||
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|
||||
Reactant Type |
Starting suger derivative | ||||
Mol |
0.2 mmol (1 equiv.) | ||||
|
|
||||
Reactant Type |
Bu(n)Li | ||||
Mol |
0.24 mmol (1.1 equiv.) | ||||
|
|
||||
Reactant Type |
Ac2O | ||||
Mol |
6 equiv. | ||||
Volume |
0.3 mL | ||||
PRODUCT | |||||
MOLECULE ID |
|
|
|||
Yield |
80% | ||||
REACTION DETAIL | |||||
Reaction Time |
1 hour | ||||
1 hour | |||||
Reaction Temp |
-78 to -30 degree C | ||||
-30 to 0 degree C | |||||
Solvent |
THF | ||||
THF | |||||
Comment |
The addition of Bu(n)Li | ||||
The addition of Ac2O | |||||
Method A in Scheme 5 | |||||
COMMENT | |||||
The PMID could not be found. | |||||
There are two phases in this reaction. | |||||
The productivity will decrease to 69% if the reaction is performed at -78 degree C. | |||||
REFERENCE | |||||
Reference Id |
REF-0000-000004 | ||||
Source |
Tetrahedron 62 (2006) 10383‐10392 | ||||
Doi |
10.1016/j.tet.2006.08.059 |
©2008-2013 Research Center for Medical Glycoscience, National Institute of Advanced Industrial Science and Technology (AIST) |