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Articles 1 - 4 of 4
Full-Text Articles in Biological Phenomena, Cell Phenomena, and Immunity
When Nutrition Fails: Modeling Protein Malnutrition-Driven Vulnerability In Hepatic Drug Metabolism And Inflammatory Stress, Vijitha D. Kantety, Victor Jiminez Jr.
When Nutrition Fails: Modeling Protein Malnutrition-Driven Vulnerability In Hepatic Drug Metabolism And Inflammatory Stress, Vijitha D. Kantety, Victor Jiminez Jr.
Annual Research Symposium
Background
Protein malnutrition remains a major global health problem and frequently co-occurs with alcohol use, opioid exposure, and infectious disease, particularly in low- and middle-income settings. The liver is central to both metabolism and inflammatory regulation, yet the effects of a malnutrition-like nutrient environment on hepatic responses to combined metabolic and inflammatory insults are not well defined. Cytochrome P450 3A4 (CYP3A4), a key enzyme involved in opioid metabolism, is highly sensitive to inflammatory signaling and may be especially vulnerable under conditions of nutritional deficiency. This project aims to 1) develop an in vitro model of nutritionally competent versus amino acid–restricted …
The Illusion Of Brain Health Across A Plastic Canvas, Thomas J. Kelly Jr, Lauren Gaspar, Jaime Ross Phd, Guiseppe Coppotelli Phd
The Illusion Of Brain Health Across A Plastic Canvas, Thomas J. Kelly Jr, Lauren Gaspar, Jaime Ross Phd, Guiseppe Coppotelli Phd
Senior Honors Projects
In recent years, there has been increasing concern for the role that plastic waste, and more specifically micro- and nanoplastics, play in our environment and their potential health risks. Microplastics are particles less than 5 mm in size and nanoplastics are considered to be less than 1000 nm in size. Microplastics can either purposely be produced or can sludge off larger pieces of plastic. Microplastics have not only been detected within soil, air, and water, but have also recently been found to accumulate within the human body. The mosaic artwork that is presented in this project, entitled “Our Cerebral Plastic …
An Investigation Of Stimulants: Reviewing Their Effects On The Brain, Including Memory And Microglia, Michael Douchey
An Investigation Of Stimulants: Reviewing Their Effects On The Brain, Including Memory And Microglia, Michael Douchey
UNO Student Research and Creative Activity Fair
Stimulants are a class of drugs that have a variety of effects on the brain, including changes in receptor activity in the brain areas responsible for- memory, attention, emotion, motor control, and the reward pathway. Stimulants may be generally classified by their availability. For example, prescription stimulants, which include drugs such as methylphenidate (Concerta™, Ritalin™) and mixed amphetamine salts (Adderall™), must be prescribed by medical professionals. Another regulated stimulant, albeit one available without a prescription, is nicotine; a highly addictive chemical that is age-restricted by the U.S. federal government. Nicotine is found in tobacco products, and in tobacco-free alternatives including …
Determining The Effects Of Cancer Mutations On The Coactivator Function Of The P300 Core Domain In Human Cells, Katlyn Myers, Erin Shanle, Meagan St. John
Determining The Effects Of Cancer Mutations On The Coactivator Function Of The P300 Core Domain In Human Cells, Katlyn Myers, Erin Shanle, Meagan St. John
Spring Presentation of Undergraduate Research
In human cells, DNA is packed into chromosomes by wrapping around proteins called histones. Histone proteins contain chains of amino acids called histone tails and can be modified by acetylation. Acetylating histone proteins is important to the cell because it opens up the chromatin and allows for gene expression. Proteins can recognize and bind histone acetylation with a region called a bromodomain. p300 is a bromodomain-containing protein with histone acetyltransferase activity (HAT) which also aids with gene expression and is a coactivator protein of transcription. The bromodomain and HAT domain of this protein is considered the p300 core. Previous research …