Organic Chemicals Commons^™

Making Indole-Based Drug Ingredients Faster With A Simple Iron Catalyst, Samuel Voell, Eike B. Bauer

Undergraduate Research Symposium

Substituted indoles have significant pharmaceutical relevance and are common building blocks in medicinal chemistry. They are part of many approved drugs across various areas and are also widely explored as leads for antiviral and antibacterial activity. This includes treatment of MRSA, a bacterium type that is resistant to common antibiotics and responsible for complicated infections. Many reactions in pharmaceutical production are slow and inefficient; catalysis facilitates the synthesis of pharmaceutically relevant products. Catalysis provides an efficient, lower-energy pathway to form a product, thereby saving time and energy. Ferrocenium tetrafluoroborate (FcBF4), is a catalyst we are currently investigating. FcBF4 is an …

Synthesis Of Glycopharmaceuticals For The Treatment Of Microbial Sepsis, Nicholas Forsythe, Alexei Demchenko, Catherine Alex

Undergraduate Research Symposium

Carbohydrates (glycans) form the basis of all living organisms and, consequently, are ubiquitous both in nature as biologically active compounds and in medicine as pharmaceuticals. One important application of carbohydrate-based drugs (glycopharmaceuticals) is the treatment of microbial sepsis, an acute illness that causes 100,000+ human deaths annually in the US alone. Exposure of the patient’s blood system to E. coli bacteria causes a massive, and often fatal, immune response. One important cellular receptor that senses the bacterium and is critically involved in triggering the immune response is CD14. Significant efforts by our team and others have been made to develop …

Silver Salt-Mediate Benzylation Of Carbohydrates Under Mildly Acidic Conditions, Nicholas Forsythe, Samira Escopy, Yashapal Singh 2436808, Alexei Demchenko

Undergraduate Research Symposium

When looking at biomolecules, carbohydrate represent a large group of macromolecules that play an important role in the body. Most importantly, carbohydrates provide an energy supply for organisms, but it is proven that they are also involved in a myriad of other processes. Furthermore, synthesizing these molecules leads to advancements in chemistry, such as drug design, and other structures such as glycolipids play important roles in the immune system. Understanding this, an efficient and reliable way to create these carbohydrates is needed.

The protection and deprotection manipulations of carbohydrates play an essential role in synthetic carbohydrate chemistry.¹ Using benzyl …