Spiritual care practices of nurse practitioners in federally designated nonmetropolitan areas of North Carolina.

PURPOSE: The purpose of this study was to explore if and then how nurse practitioners (NPs) living in federally designated nonmetropolitan areas of North Carolina integrated spiritual care into their practices. Participants identified the frequency in which they utilize spiritual care practices, specific spiritual interventions, and their definitions of spiritual care. DATA SOURCES: A sample of 101 NPs was chosen through systematic sampling from 507 eligible NPs. Each participant was mailed a demographic data sheet and the Nurse Practitioner Spiritual Care Perspective Survey (NPSCPS). The NPSCPS was modified from the Oncology Nurse Spiritual Care Perspective Scale developed by Taylor and colleagues. Of the 101 mailings, 65 were returned and included in the analysis. CONCLUSIONS: Although most of the NPs in this study felt that spiritual care was an important part of nursing practice, 73% did not routinely provide spiritual care to their patients. Barriers and limitations to the provision of spiritual care must be explored. IMPLICATIONS FOR PRACTICE: As providers of holistic care, NPs should be proficient and comfortable in providing spiritual care to their patients. Educational programs should provide NPs and NP students with knowledge and skills to provide spiritual care.

A transcriptomics resource for wheat functional genomics.

Grain development, germination and plant development under abiotic stresses are areas of biology that are of considerable interest to the cereal community. Within the Investigating Gene Function programme we have produced the resources required to investigate alterations in the transcriptome of hexaploid wheat during these developmental processes. We have single pass sequenced the cDNAs of between 700 and 1300 randomly picked clones from each of 35 cDNA libraries representing highly specific stages of grain and plant development. Annotated sequencing results have been stored in a publicly accessible, online database at http://www.cerealsdb.uk.net. Each of the tissue stages used has also been photographed in detail, resulting in a collection of high-quality micrograph images detailing wheat grain development. These images have been collated and annotated in order to produce a web site focused on wheat development (http://www.wheatbp.net/). We have also produced high-density microarrays of a publicly available wheat unigene set based on the 35 cDNA libraries and have completed a number of microarray experiments which validate their quality.