The goal of this project is to determine the relative rates of reaction of different chemical functional groups utilizing the catalyst tris(pentafluorophenyl)borane (BCF) along with a tertiary silane (R3SiH) reductant. The focus is on establishing a series of reactivity trends that will allow one to rank the reactivity of diverse functional groups. The insight obtained from these trends will be used to gain predictive powers over more complex structures such as multifunctional drug molecules, all of which compete for reactivity with the catalyst.Bachelor of Scienc
Direct functionalization of natural products is important for studying the structure-activity and st...
The key components of the scaffold in pharmaceutical chemistry are ring systems, of different sizes,...
The work described herein investigates the effects of altering structure upon the reactivity of seve...
Diminishing fossil fuel resources and growing environmental concerns require the development of alte...
Selective modification of complex molecular scaffolds in the form of carbohydrates and natural produ...
Synthetic chemistry plays a key role in drug discovery. Finding a simple method to prepare drug cand...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Chemistry, 2019Cataloged from P...
Our lab. is deeply interested in the discovery and development of new reaction methodol. en route to...
This dissertation describes research that delves into exploring puzzling chemical phenomena utilizin...
The transformation of carbohydrates derived from inexpensive sources to materials that still contain...
Natural products research has had a significant impact on human-health and our understanding of the ...
This thesis was previously restricted to Strathclyde users only until 1st June 2023.The Suzuki-Miyau...
<p><strong>Chapter 1</strong> provides a perspective of synthetic organic chemistry as a discipline ...
The combination of triethylsilane and potassium tert–butoxide is known as the Grubbs–Stoltz reagent ...
The benzolactone enamide natural products are identified by three structural characteristics: a sali...
Direct functionalization of natural products is important for studying the structure-activity and st...
The key components of the scaffold in pharmaceutical chemistry are ring systems, of different sizes,...
The work described herein investigates the effects of altering structure upon the reactivity of seve...
Diminishing fossil fuel resources and growing environmental concerns require the development of alte...
Selective modification of complex molecular scaffolds in the form of carbohydrates and natural produ...
Synthetic chemistry plays a key role in drug discovery. Finding a simple method to prepare drug cand...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Chemistry, 2019Cataloged from P...
Our lab. is deeply interested in the discovery and development of new reaction methodol. en route to...
This dissertation describes research that delves into exploring puzzling chemical phenomena utilizin...
The transformation of carbohydrates derived from inexpensive sources to materials that still contain...
Natural products research has had a significant impact on human-health and our understanding of the ...
This thesis was previously restricted to Strathclyde users only until 1st June 2023.The Suzuki-Miyau...
<p><strong>Chapter 1</strong> provides a perspective of synthetic organic chemistry as a discipline ...
The combination of triethylsilane and potassium tert–butoxide is known as the Grubbs–Stoltz reagent ...
The benzolactone enamide natural products are identified by three structural characteristics: a sali...
Direct functionalization of natural products is important for studying the structure-activity and st...
The key components of the scaffold in pharmaceutical chemistry are ring systems, of different sizes,...
The work described herein investigates the effects of altering structure upon the reactivity of seve...