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Kim, Alice; Nisselle, Amy; Weller-Newton, Jennifer; McClaren, Belinda; Keogh, Louise – Vocations and Learning, 2022
Workplace learning is fundamental in contextualizing theoretical concepts into practice, making it opportune for professionals to learn emerging concepts. With genomic testing transitioning from the research space into healthcare, there are more opportunities to engage with workplace learning related to genomic medicine. We therefore aimed to…
Descriptors: Workplace Learning, Concept Formation, Genetics, Medicine
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Kwon, Soo-Young; Cho, Nam Hoon; Son, Moon – Education Sciences, 2018
Convergence education of medicine and theology (CEMT) is an effective religious education learning model in a secular age. The highly elaborate rationality of the secular environment encourage es dialogical discourse between science and religion. There is a mutually reinforcing relationship between medicine and theology even given each…
Descriptors: Medicine, Philosophy, Religious Education, Medical Research
Webster, Yue Wang – ProQuest LLC, 2010
Translational research has proven to be a powerful process that bridges the gap between basic science and medical practice. The complexity of translational research is two-fold: integration of vast amount of information in disparate silos, and dissemination of discoveries to stakeholders with different interests. We designed and implemented a…
Descriptors: Diseases, Social Networks, Therapy, Medical Research
Guterman, Lila – Chronicle of Higher Education, 2008
The decoding of the human genome was supposed to have been the dawn of the age of personalized medicine. It turned out, though, that health is affected by a lot more than genes. As scientists were already aware, the environment and life experiences also have a huge impact on disease. Researchers, such as Jeremy K. Nicholson, have worked to make…
Descriptors: Medicine, Genetics, Researchers, Medical Research
Lei, Polin P. – Proceedings of the ASIS Annual Meeting, 2000
This abstract of a planned session on the future of medicine explains the use of nanotechnology in medicine to manipulate biomolecules that regulate life and death processes and to help improve health care delivery. Topics include nanodevices for drug delivery, cancer detection and cure, and repairing genes. (LRW)
Descriptors: Biomedicine, Cancer, Futures (of Society), Genetics
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Ingelfinger, Franz J. – Science, 1980
Selected for discussion are certain advances in basic research and technologic innovation which shape the past, present, and future of medical care. Included are infectious diseases, especially hepatitis, immunology, clinical disorders of the immune system and the histocompatability system. (Author/SA)
Descriptors: Blood Circulation, Communicable Diseases, Disease Control, Futures (of Society)
Ellero, Nadine P. – 1989
The Amish, who came to North America from Europe in the 1700s and 1800s, and settled primarily in Pennsylvania, Ohio, Indiana, Iowa, Michigan, New York, and Ontario, Canada, have attracted much attention and interest, particularly in the area of health care. The purpose of this bibliography is to guide the investigator toward the principal sources…
Descriptors: Attrition (Research Studies), Birth Rate, Cancer, Genealogy