Transformation and Closure for Anatomical Donor Families that Meet Medical Students     

Nancy L. Halliday  Mary B. Moon  Daniel L. O'Donoghue  Britta M. Thompson  Sheila M. Crow 《Anatomical sciences education》2019,12(4):399-406

The University of Oklahoma College of Medicine has conducted an annual Anatomical Donor Luncheon where families of the anatomical donors met anatomy dissection groups of medical students. The luncheon presented an opportunity for donor family members to share the life story of their loved one with the medical students prior to the start of the anatomy course. This study was designed to understand the impact of the Anatomical Donor Luncheon on families of the donors. Seven families in two different focus groups were included to explore the reactions and attitudes of the donor families to meeting the medical students. Conversations were digitally recorded and transcribed. Qualitative analysis of textual data were coded by three investigators using the Constant Comparative Method. To provide evidence of validity, a form of member checking was utilized. For further triangulation, an analyst not involved in conducting the focus groups or analyzing the data, re-coded all data. This analyst used categories and themes identified by the original analysts, ensuring validity of the themes and any negative cases (data not supporting or contradictory of the established categories and themes). One meta-theme and three sub-themes were identified. The meta-theme was Donor Family Participants Experience Transformation and Closure, and sub-themes were Motivators for Participation, Optimal Venue Factors, and Optimal Medical Student–Anatomical Donor Family Interactions. Study findings indicated the Anatomical Donor Luncheon facilitated closure on the death of their loved one, and transformed their apprehension about the luncheon and body donation into an attitude of gratitude and appreciation.  相似文献   

Participatory principles in human inquiry: ethics and methods in a study of the paradigm shift experience     

Nancy Q. Dudley 《International journal of qualitative studies in education》2013,26(4):325-344

In this paper, underlying principles for guiding participation in human science research are outlined. These research principles were originally utilized as a guiding framework for the author's phenomenological study of the change to a new world‐view identified as the paradigm shift (Dudley, 1987). Using this study as an example, the paper focuses on the integration of participatory concepts in research. The concept of participation as ethics discussed in this paper includes the following dimensions: integrity congruence among problem, paradigm, and method; process‐orientation a commitment to research as a shared journey of discovery; empathetic relationships an ethic of mutuality; and empowerment in community a view of knowledge as communal achievement. Finally, a participatory ethic is discussed in terms of its congruence with values that are at the heart of the new social science paradigm.  相似文献   

Book Review — Motor Learning: Concepts and Applications     

Nancy C. Rich 《Quest (Human Kinetics)》2013,65(2):206-209

  相似文献   

Bilingual education: Research in Mexico     

Nancy Modiano 《International Review of Education/Internationale Zeitschrift für Erziehungswissenschaft/Revue internationale l'éducation》1978,24(3):410-413

  相似文献   

Education for inpatients: working with nurses through the clinical information system     

Calabretta N  Cavanaugh SK 《Medical reference services quarterly》2004,23(2):73-79

Librarians at the UMDNJ Cooper Library have been filling orders for patient education materials through Cooper University Hospital's Clinical Information System (CIS) since December 2000. This service was instituted in response to a JCAHO survey, which revealed that although patient education was being provided, it was not being routinely documented. Patient education orders fall into two categories: customized disease/procedure information and smoking cessation information. Nurses note the condition(s) and/or procedure(s) regarding which information is needed and indicate the education level of the material desired (basic, intermediate or advanced). Requests are received via a dedicated printer in the reference office. Librarians rely heavily upon a wide variety of Web-based consumer health resources, including proprietary resources such as MD Consult and Micromedex CareNotes. Patient Transport staff delivers two copies of all materials to nursing stations on patient care floors. One copy is for the patient to keep, while the other is attached to the patient's chart. To complete and document that patient education was provided, librarians record the order as filled in the CIS system.  相似文献   

Wise owl graduation pin     

Nancy S. Williamson 《Early Childhood Education Journal》1980,7(3):53-53

  相似文献   

Developing a learning community for technology infusion in teacher preparation     

Paul?RestaEmail author  Nancy?J.?Allen  Coral?M.?Noonan 《TechTrends》2003,47(3):30-34

  相似文献   

Hospital librarianship: a proactive approach     

Bernal N  Schneider J 《Medical reference services quarterly》2002,21(2):65-73

  相似文献   

Medical informatics: the Pittsburgh experience     

Smith CA  Detlefsen EG  Tannery NH 《Medical reference services quarterly》2002,21(3):97-105

This column reports the results of a survey conducted of medical librarian participants in medical informatics training at the University of Pittsburgh. This small study was undertaken in order to identify issues in training different kinds of library and information science practitioners in medical informatics.  相似文献   

A Model of How Different Biology Experts Explain Molecular and Cellular Mechanisms     

Caleb M. Trujillo  Trevor R. Anderson  Nancy J. Pelaez 《CBE life sciences education》2015,14(2)

Constructing explanations is an essential skill for all science learners. The goal of this project was to model the key components of expert explanation of molecular and cellular mechanisms. As such, we asked: What is an appropriate model of the components of explanation used by biology experts to explain molecular and cellular mechanisms? Do explanations made by experts from different biology subdisciplines at a university support the validity of this model? Guided by the modeling framework of R. S. Justi and J. K. Gilbert, the validity of an initial model was tested by asking seven biologists to explain a molecular mechanism of their choice. Data were collected from interviews, artifacts, and drawings, and then subjected to thematic analysis. We found that biologists explained the specific activities and organization of entities of the mechanism. In addition, they contextualized explanations according to their biological and social significance; integrated explanations with methods, instruments, and measurements; and used analogies and narrated stories. The derived methods, analogies, context, and how themes informed the development of our final MACH model of mechanistic explanations. Future research will test the potential of the MACH model as a guiding framework for instruction to enhance the quality of student explanations.  相似文献