Matching Items (2,112)
Filtering by

Clear all filters

132714-Thumbnail Image.png
Description
Diabetes mellitus (DM) is a disease characterized by chronically elevated levels of glucose in the bloodstream. Glucose is a form of sugar that is used as fuel by the body’s cells. Blood glucose levels are usually tightly controlled and regulated through a negative feedback system. When this system fails, however,

Diabetes mellitus (DM) is a disease characterized by chronically elevated levels of glucose in the bloodstream. Glucose is a form of sugar that is used as fuel by the body’s cells. Blood glucose levels are usually tightly controlled and regulated through a negative feedback system. When this system fails, however, glucose can accumulate in the bloodstream. This system failure typically results from insufficient insulin release due to malfunctioning pancreatic beta cells or the body has developed a resistance to insulin. Excessive glucose accumulation contributes to chronic inflammation and the hardening of blood vessels in the body. This inflammation contributes to a multitude of debilitating health issues such as neuropathy, nephropathy, retinopathy, renal failure, and/or gangrene of the limbs. Additionally, DM is the 7th leading cause of death in the United States and its treatment comes with a significant economic deficit. While there is currently no cure, pharmaceuticals, dietary modification, physical activity, and weight control are the four main approaches for DM intervention and control. These four approaches each operate to regulate glucose using different biological pathways in order to reduce and regulate blood glucose levels. These pathways include improving insulin sensitivity and correcting pancreatic beta cell function. The purpose of this paper will be to provide an overview of type II diabetes mellitus (T2DM) as well as to review the physiological mechanisms involved with glucose control and finally to discuss the use and effectiveness of the main interventional approaches used with the treatment of T2DM: pharmaceuticals, dietary control, physical activity and weight control.
ContributorsWoods, Jessica M (Author) / Swan, Pamela (Thesis director) / Larson, Rachel (Committee member) / College of Health Solutions (Contributor) / Barrett, The Honors College (Contributor)
Created2019-05
173937-Thumbnail Image.png
Description

Leonard Hayflick studied the processes by which cells age during the twentieth and twenty-first centuries in the United States. In 1961 at the Wistar Institute in the US, Hayflick researched a phenomenon later called the Hayflick Limit, or the claim that normal human cells can only divide forty to sixty

Leonard Hayflick studied the processes by which cells age during the twentieth and twenty-first centuries in the United States. In 1961 at the Wistar Institute in the US, Hayflick researched a phenomenon later called the Hayflick Limit, or the claim that normal human cells can only divide forty to sixty times before they cannot divide any further. Researchers later found that the cause of the Hayflick Limit is the shortening of telomeres, or portions of DNA at the ends of chromosomes that slowly degrade as cells replicate. Hayflick used his research on normal embryonic cells to develop a vaccine for polio, and from HayflickÕs published directions, scientists developed vaccines for rubella, rabies, adenovirus, measles, chickenpox and shingles.

Created2014-07-20
173939-Thumbnail Image.png
Description

Although best known for his work with the fruit fly, for which he earned a Nobel Prize and the title "The Father of Genetics," Thomas Hunt Morgan's contributions to biology reach far beyond genetics. His research explored questions in embryology, regeneration, evolution, and heredity, using a variety of approaches.

Created2007-09-25
173947-Thumbnail Image.jpg
Created1935