Key Topics: Social work code of ethics, social work roles, political advocacy, voter apathy, human rights, social services

The review of the literature indicates that a shortage of health care workers exists and is expected to continue in the future. The American Nurses Association's Magnet Recognition Program is quickly becoming recognized as a potentially strong, effective intervention for nursing to address recruitment and retention problems in the hospital and nursing home work environments.

Therefore, what effects would the Magnet Recognition Program have upon allied health professionals? My study is to identify and measure the impact of the Magnet Accreditation Program upon the allied health professionals in the hospital health care delivery system, focusing upon laboratory, nutrition, pastoral care, pharmacy, radiology, rehabilitation (physical), respiratory therapy, and social services.

The first thing we had to do in implementing the database is be granted a connection so we would be able to manipulate the data. This connection in Java is referenced as an object of type java.sql.Connection. and is handed out by the DriverManager. We have to tell the DriveManager what type of driver to use to handle the connections to the database, and to give a connection to a particular database of that type.

Flavoproteins are a class of enzymes that catalyze redox processes, and have important biological functions such as detoxification and DNA repair. Flavodoxins are small bacterial flavoproteins that bind flavin mononucleotides (FMN). They catalyze reactions important for many metabolic pathways, such as photosynthesis and the oxidation of pyruvate. The structure of flavodoxins consist of 5 parallel B-sheets and 4 a-helicies. The FMN binds at one end of the protein in three of its loops. It is known that the 60s and 90s loops of D. vulgaris flavodoxin creates a hydrophobic binding site for the isoalloxazine ring of the FMN. A site-directed mutation in this ring-binding site is the focus of this project. We will be studying whether tyrosine 98 plays a central role in the binding between FMN and flavodoxin. Tyrosine 98 will be replaced by histidine using polymerase chain reaction (PCR)  based site-directed mutagenesis. This mutation is a fairly conservative mutation, which we predict will not significantly affect the binding of FMN.

Abstract: Cardiac pacing is a state of the art technology. In the United States alone, over 200,000 cardiac pacemakers are implanted annually, at a cost of $2 billon. These pacemakers are implanted temporarily for patients that have sick sinus rhythm, heart blocks, drug-refactory dysrhytmias, and cardiovascular surgery. They are also used permanently, and this article is a literature review of permanent pacemakers. It is important for nurses to understand the different types of pacemakers, where they are, how they work and are placed, indications of when a patient needs a pacemaker, understanding the signs of symptoms of complications for pacemakers and knowing what nursing interventions are to prevent these complications are discussed. Best nursing practices are identified and include education guidelines for families and patients who have pacemakers, importance of having a pacemaker as well as what to watch for in case of pacemaker complications and failure.

Abstract:

Burns are the third leading cause of death among children and occur most frequently in children under the age of 5. When a child has been effected by a burn, successful treatments are essential for recovery. Severe burns can be life threatening and immediate treatment is essential. Treatment for second and third degree burns is complex and requires immediate fluid resuscitation, pain control, dermal replacement through grafting or substitution, nutritional therapy, and family coping. Assessment of the total burn surface areas is crucial in developing a treatment plan to provide adequate care. This paper reviews current research focused on successful treatment options for pediatric burn patients.

In this study, we combined the genetic tool of DNA transformations and the analysis of DNA sequences to design a method for constructing mutant strains of H. volcanii. The goal was to construct plasmids that could homologously recombine and result in gene inactivation by disruption. A 45,000 base pair section was chosen and analyzed for potential genes using programs Genemark and Glimmer and then queried at the protein databases at NCBI using BLASTP. Based on sequence similarities, this DNA was found to encode several potential genes. A cosmid carrying this region of the genome was used as the source of related DNA. Small DNA fragments from this cosmid were cloned into the H. volcanii suicide plasmid, puc-ura-aat II, and used to transform a uracil-requiring strain of H. volcanii. Several DNA fragments were cloned into the vector and their sequences were determined and then mapped. Future experiments will involve using this region to construct mutant strains and to extend the approach to other parts of the genome.

This presentation will explore these and other possible relationships between various measurements and observations during wetland development.

The use of Maple programming enables the researcher to relax some of the initial assumptions, run simulations, and solve significantly more complex models The current paper focuses on a program that calculates the impact of a tax on consumer and producer surplus, the government gains form regulation, and the excess burden of taxation using the implicit form of the demand and supply curve. Furthermore, simulations are run to analyze the impact of a change in demand and/or supply elasticity on the surpluses, tax revenue, and the excess burden of taxation.