The Doctor of Nursing Practice Final Projects collection contains the completed works of students from the DNP Program at Arizona State University's College of Nursing and Health Innovation. These projects are the culminating product of the curricula and demonstrate clinical scholarship.

Collaborating Institutions:
College of Nursing and Health Innovation
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Sedation exists along a continuum; and, it is impossible to predict a patient’s exact response to a medication administered to induce any level sedation. Under the direction of a licensed independent practitioner (LIP), registered nurses (RN) in the Emergency Department (ED) have been permitted to administer propofol for time-sensitive,

Sedation exists along a continuum; and, it is impossible to predict a patient’s exact response to a medication administered to induce any level sedation. Under the direction of a licensed independent practitioner (LIP), registered nurses (RN) in the Emergency Department (ED) have been permitted to administer propofol for time-sensitive, moderate sedation procedures (e.g. orthopedic reductions). In 2019, this changed when a Board of Nursing (BON) in the Southwestern United States posted an Advisory Opinion (AO) limiting the circumstances under which acute care RNs could administer propofol. The purpose of this doctoral project was to revise the 2019 AO to remove specific medication names and to generate recommendations for aligning hospital-based adult sedation policies and procedures (P&P) with the revised AO. In May 2020, the BON enacted the revised AO. Enactment endorses RNs practicing at the top of their scope and justifies amending existing hospital-based sedation P&Ps. Not restricting nurses’ scope of practice according to medication name supports medication selection based on patient condition and clinical situation and safeguards provision of timely, personalized healthcare to communities statewide.
Created2021-04-18
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Description

Type II Diabetes Mellitus has detrimental effects on the human body. A1C levels reflect the attachment of glucose to hemoglobin-the protein in red blood cells that carries oxygen. Elevated A1C levels are an indicator of how controlled diabetes is. Uncontrolled diabetes not only affects glucose levels, but has detrimental repercussions

Type II Diabetes Mellitus has detrimental effects on the human body. A1C levels reflect the attachment of glucose to hemoglobin-the protein in red blood cells that carries oxygen. Elevated A1C levels are an indicator of how controlled diabetes is. Uncontrolled diabetes not only affects glucose levels, but has detrimental repercussions in other organs of the body, causing peripheral vascular disease, risk of developing dementia, periodontal or gum disease, skin infections, neuropathy in lower and upper extremities, renal damage, erectile dysfunction, decreased blood flow, and cardiac conditions among others.

A diet low in calories positively affects glucose levels in the body. Type II Diabetes can be easily controlled when lifestyle modifications are included in the plan of care. Among those modifications, diet is an effective intervention for the management of this condition.
Establishing a diet among the patients that have an elevated A1C is the plan of care and ultimate goal for this project. The Mediterranean diet has demonstrated decreased blood glucose levels, improved weight control and enhanced quality of life.

ContributorsBurger, Ana Maria (Author) / Root, Lynda (Thesis advisor)
Created2019-04-26