Medicine and Health Sciences Commons^™

Portosystemic Shunts In Cats: Management And Care, Rachael E. Konke

Master of Arts in Professional Writing Capstones

Portosystemic Shunts in Cats: Management and Care is an informative technical manual developed for veterinary professionals and caretakers of cats with portosystemic shunts. A portosystemic shunt is a complex and rare circulatory deformity in which unfiltered blood bypasses the liver and circulates throughout the body causing serious complications. Portosystemic Shunts in Cats: Management and Care details portosystemic specifics, symptoms, treatment, and proper everyday care for cats with portosystemic shunts.

Connections Between The Effects Of Various Chemicals On The Development Of Drosophila Melanogaster And Homo Sapiens, Amy J. Brenner

Honors Program Projects

This study, funded by the Elbert Pence and Fanny Boyce grant, attempts to draw conclusions between the effects of selected chemicals on Drosophila melanogaster and their potential effects on humans. It explores the effects of theobromine, caffeine, ethylene glycol, and ammonia on adult D. melanogaster and its developmental stages. Effects of these four chemicals on D. melanogaster are expected to provide insight into possible effects on humans.

The study was run in triplicate with vials containing different concentrations of each chemical being tested, with a control group vial containing no added chemicals. Observation of each vial was documented daily, noting …

Parallel Changes In Intracellular Water Volume And Ph Induced By Nh3/Nh4+ Exposure In Single Neuroblastoma Cells, Victor M. Blanco, Martín S. Márquez, Francisco J. Alvarez-Leefmans

Pharmacology and Toxicology Faculty Publications

BACKGROUND:

Increased blood levels of ammonia (NH3) and ammonium (NH4(+)), i.e. hyperammonemia, leads to cellular brain edema in humans with acute liver failure. The pathophysiology of this edema is poorly understood. This is partly due to incomplete understanding of the osmotic effects of the pair NH3/NH4(+) at the cellular and molecular levels. Cell exposure to solutions containing NH3/NH4(+) elicits changes in intracellular pH (pHi), which can in turn affect cell water volume (CWV) by activating transport mechanisms that produce net gain or loss of solutes and water. The occurrence of CWV changes caused by NH3/NH4(+) has long been suspected, but …