The first total synthesis of cyanthiwigins A, C, H and concise synthesis of cyanthiwigin G was achieved from a common intermediate. A modified formal [4 + 2] cycloaddition was developed to construct the key <i>cis</i>-hydrindanone (A–B). Stereospecific 1,4-addition, alkylation, and ring-closing metathesis were used to build the tricarbocyclic ring system (A–B–C). Various site-selective oxidations were applied to create the desired oxidation states of the different cyanthiwigins
The first section of this dissertation describes our efforts to further develop the rhodium–catalyze...
The desire for maximally efficient transformations in complex molecule synthesis has contributed to ...
Chapter 1 focuses on the use of C–H activation in total synthesis and the strategies that these meth...
The first total synthesis of cyanthiwigins A, C, H and concise synthesis of cyanthiwigin G was achie...
A concise and versatile approach toward the preparation of the cyanthiwigin family of cyathane natur...
The desire for maximally efficient transformations in complex molecule synthesis has contributed to ...
The following sections describe the structure, biological activity, and synthetic challenges associa...
A convenient approach to the construction of the 5–6–7 tricarbocyclic fused core structure of cyanth...
Since the initial isolation of the cyathane molecules in 1970, considerable synthetic interest has b...
The details for the synthetic studies on enantioselective total synthesis of cyathane diterpenoids c...
Inspired by the therapeutic properties of many natural products and the ever-growing need for novel ...
Abstract Studies toward the Cyathane and Cyanthiwigin Diterpenesby Laura Carolyn MillerDoctor of Phi...
Double catalytic enantioselective transformations are powerful synthetic methods that can facilitate...
An improved synthesis of the cyanthiwigin natural product core enabled by new catalytic technology i...
The cyclopentyl intermediate 4 is an easily obtained, highly enantiopure starting material for the s...
The first section of this dissertation describes our efforts to further develop the rhodium–catalyze...
The desire for maximally efficient transformations in complex molecule synthesis has contributed to ...
Chapter 1 focuses on the use of C–H activation in total synthesis and the strategies that these meth...
The first total synthesis of cyanthiwigins A, C, H and concise synthesis of cyanthiwigin G was achie...
A concise and versatile approach toward the preparation of the cyanthiwigin family of cyathane natur...
The desire for maximally efficient transformations in complex molecule synthesis has contributed to ...
The following sections describe the structure, biological activity, and synthetic challenges associa...
A convenient approach to the construction of the 5–6–7 tricarbocyclic fused core structure of cyanth...
Since the initial isolation of the cyathane molecules in 1970, considerable synthetic interest has b...
The details for the synthetic studies on enantioselective total synthesis of cyathane diterpenoids c...
Inspired by the therapeutic properties of many natural products and the ever-growing need for novel ...
Abstract Studies toward the Cyathane and Cyanthiwigin Diterpenesby Laura Carolyn MillerDoctor of Phi...
Double catalytic enantioselective transformations are powerful synthetic methods that can facilitate...
An improved synthesis of the cyanthiwigin natural product core enabled by new catalytic technology i...
The cyclopentyl intermediate 4 is an easily obtained, highly enantiopure starting material for the s...
The first section of this dissertation describes our efforts to further develop the rhodium–catalyze...
The desire for maximally efficient transformations in complex molecule synthesis has contributed to ...
Chapter 1 focuses on the use of C–H activation in total synthesis and the strategies that these meth...