An efficient synthesis of tenuifoliside B, which shows potential cognitive improvement and cerebral protective effects that may be further developed to become an anti-AD lead compound, has been developed starting from commercial available starting materials. Regioselective introductions of acyl groups to the OH-3' and OH-6 of sucrose play the key steps by metal chelate-directed acylation and Mitsunobu esterification, respectively. (C) 2014 Elsevier Ltd. All rights reserved.
An efficient synthesis of tenuifoliside B, which shows potential cognitive improvement and cerebral protective effects that may be further developed to become an anti-AD lead compound, has been developed starting from commercial available starting materials. Regioselective introductions of acyl groups to the OH-3' and OH-6 of sucrose play the key steps by metal chelate-directed acylation and Mitsunobu esterification, respectively. (C) 2014 Elsevier Ltd. All rights reserved.
An efficient synthesis of tenuifoliside B, which shows potential cognitive improvement and cerebral protective effects that may be further developed to become an anti-AD lead compound, has been developed starting from commercial available starting materials. Regioselective introductions of acyl groups to the OH-3' and OH-6 of sucrose play the key steps by metal chelate-directed acylation and Mitsunobu esterification, respectively. (C) 2014 Elsevier Ltd. All rights reserved.