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Aristotle studied developing organisms, among other things, in ancient Greece, and his writings shaped Western philosophy and natural science for greater than two thousand years. He spent much of his life in Greece and studied with Plato at Plato's Academy in Athens, where he later established his own school called

Aristotle studied developing organisms, among other things, in ancient Greece, and his writings shaped Western philosophy and natural science for greater than two thousand years. He spent much of his life in Greece and studied with Plato at Plato's Academy in Athens, where he later established his own school called the Lyceum. Aristotle wrote greater than 150 treatises on subjects ranging from aesthetics, politics, ethics, and natural philosophy, which include physics and biology. Less than fifty of Aristotle's treatises persisted into the twenty-first century. In natural philosophy, later called natural science, Aristotle established methods for investigation and reasoning and provided a theory on how embryos generate and develop. He originated the theory that an organism develops gradually from undifferentiated material, later called epigenesis.

Created2016-07-07
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Rexinoids such as Bexarotene have been developed as effective treatments of different diseases including lymphoma, breast cancer, lung cancer, Alzheimer’s disease, and diabetes. This is due to the widespread nature of the retinoid X receptor, which is the target of these drugs, throughout the body. However, Bexarotene is not infallible

Rexinoids such as Bexarotene have been developed as effective treatments of different diseases including lymphoma, breast cancer, lung cancer, Alzheimer’s disease, and diabetes. This is due to the widespread nature of the retinoid X receptor, which is the target of these drugs, throughout the body. However, Bexarotene is not infallible and has many negative side effects which limit the use of the drug to only a short period of time. This may be fine for chemotherapy, but rexinoids have been proposed to also be effective at preventing cancer as well. This is not currently possible with the side effects seen with approved rexinoids. Due to this, six novel rexinoids were created in hopes of reducing the side effect profile of rexinoids. The idea of dual agonism was also explored with two of the compounds created as well. All six of these compounds, after creation and purification, were sent off for in vitro and in vivo testing to confirm side effect profile and efficacy.
ContributorsFrazier, Madison S (Author) / Wagner, Carl (Thesis director) / Marshall, Pamela (Committee member) / School of Mathematical and Natural Sciences (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05