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Instant slides of radiographs for lectures.

High quality slides of radiographs may be made with a simple, fast, and inexpensive technique using Kodak Rapid Process Copy film. Lecture presentations may include a slide of a pertinent plain radiograph, computed tomography (CT) scan, or magnetic resonance imaging (MRI). Although these slides may be made with a 35 mm SLR camera and flash or with a 35 mm SLR camera and a lighted viewbox, an alternative method is available that is easy to perform, inexpensive, and can produce quality slides in as little as 30 minutes.

Audiovisual Aids↗

ICU Cornestone: a lecture that changed my practice.

In 1982, the author attended a lecture by Professor Joseph Civetta dealing with the concept that, at times, the goal of care should be comfort rather than cure, and that inappropriate care prolonged dying and suffering. Efforts to improve end-of-life care subsequent to this had effects on care at a local level and at a state level. Intensive care providers should be leaders in the provision of appropriate and compassionate care at the end of life.

Attitude of Health Personnel↗

"Shrink wrapping" lectures: teaching cell and molecular biology within the context of human pathologies.

Students are most motivated and learn best when they are immersed in an environment that causes them to realize why they should learn. Perhaps nowhere is this truer than when teaching the biological sciences to engineers. Transitioning from a traditionally mathematics-based to a traditionally knowledge-based pedagogical style can challenge student learning and engagement. To address this, human pathologies were used as a problem-based context for teaching knowledge-based cell biological mechanisms. Lectures were divided into four modules. First, a disease was presented from clinical, economic, and etiological standpoints. Second, fundamental concepts of cell and molecular biology were taught that were directly relevant to that disease. Finally, we discussed the cellular and molecular basis of the disease based on these fundamental concepts, together with current clinical approaches to the disease. The basic science is thus presented within a "shrink wrap" of disease application. Evaluation of this contextual technique suggests that it is very useful in improving undergraduate student focus and motivation, and offers many advantages to the instructor as well.

Biology↗

Effectiveness of an adult-learning, self-directed model compared with traditional lecture-based teaching methods in out-of-hospital training.

UNLABELLED: Until recently, the U.S. Army Combat Medic School used a traditional teaching model with heavy emphasis on large group lectures. Skills were taught separately with minimal links to didactics. OBJECTIVES: To evaluate whether the adult learning model improves student learning in terms of cognitive performance and perception of proficiency in military medic training. METHODS: The study population was two sequential groups of randomly selected junior, enlisted, active duty soldiers with no prior formal emergency medical training who were enrolled in an experimental model of a U.S. Army Combat Medic School. The control population was a similar group of students enrolled in the traditional curriculum. Instructors were drawn from the same pool, with experimental group instructors receiving two weeks of training in adult-learning strategies. The study population was enrolled in the experimental program that emphasized the principles of adult learning, including small-group interactive approach, self-directed study, multimedia didactics, and intensive integrated practice of psychomotor skills. Instructors and students were also surveyed at the end of the course as to their confidence in performing four critical skills. The survey instrument used a five-point scale ranging from "strongly disagree" through "undecided" to "strongly agree." Proficiency for this survey was defined as the sum of the top two ratings of "agree" or "strongly agree" to questions regarding the particular skill. Both experimental and control programs lasted ten weeks and covered the same academic content and nonacademic (e.g., physical fitness) requirements, and the two groups of students had similar duty days. Evaluations included performance on internal and National Registry of Emergency Medical Technicians (NREMT) written examinations and other measures of academic and nonacademic performance. RESULTS: One hundred fifty students (experimental n = 81, control n = 69) were enrolled in 1999-2000. The scores for internal course grade, NREMT written score, and NREMT written pass rate were, respectively, 86.3, 71.6, and 63% for the experimental group; and 85.8, 69.6, and 49% for the control group. The p-value was </= 0.05 for the comparison between internal course grade and NREMT written score, but p > 0.05 for the comparison between NREMT written pass rates. Students in both the adult-learning and traditional groups rated themselves high in proficiency, whereas instructors in the traditional group were generally much more modest in their rating of student proficiency than instructors of the adult-learning program. CONCLUSIONS: In this study setting, an adult-learning model offers only a modest improvement in cognitive evaluation scores over traditional teaching when measured at the end of the course. Additionally, students in the traditional teaching model assess themselves as proficient more frequently than instructors, whereas instructor and student perception of proficiency more closely matched in the adult-learning model.

Adolescent↗

The Christopher Hinton Lecture 1990. Medical engineering--the multi-disciplinary challenge.

This lecture highlights the multi-disciplinary nature of medical engineering. The author reviews various aspects in the field including artificial heart valves and total replacement synovial joints. He also considers the development of education and training and he explores the relationship between medical engineering and The Fellowship of Engineering. The author concludes that there is an immense amount of interest in the subject although more funding is needed for future development.

Biocompatible Materials↗

Educational leave for lecturers to regain clinical competence: 2.

The way in which nurse lecturers can use paid educational leave (sabbaticals) to develop their own clinical competence is addressed in this article, the second of two parts. The first part (Vol 9(7): 440-4) used Johns' (1998) model of structured reflection to explain the nature of an actual clinical sabbatical. This second part will address the other elements of the model. It focuses on the factors that influenced the decisions made, alternative strategies and the learning that occurred during the author's 3-month leave.

Clinical Competence↗

Nodding and napping in medical lectures: an instructive systematic review.

A comprehensive, international systematic review, spanning more than 100 years of data collection, suggests that soporific lectures at medical meetings are common, annoying and persistent. Low lights and boring material are prominent risk factors for nodding off during presentations. Extreme remedial measures are warranted.

Boredom↗

Preston M. Hickey memorial lecture. Ionic and nonionic iodinated contrast media: evolution and strategies for use.

The search for better radiopaque iodinated contrast material for intravascular use is continuing, but the recent development of new lower osmolality contrast media (LOCM), both ionic and nonionic, has dramatically affected the practice of radiology. The major issue retarding the introduction of LOCM into clinical practice in this country has been the increased cost of the media. Numerous preliminary assumptions and probabilities about the tolerance, efficacy, and overall safety of LOCM have been documented in scientific studies. The lower osmolality, reduced chemotoxicity, and high hydrophilicity of new compounds, particularly the nonionic variety compared with conventional high osmolality ionic agents (HOCM), offer a significant margin of safety to patients with known risk factors. Mounting data suggest that low or no risk patients are benefited as well, perhaps to an even greater degree. Costly trade-offs to the universal use of LOCM exist, therefore careful consideration of the advantages and disadvantages of LOCM for intravascular administration is required. This article, presented as the Preston M. Hickey Memorial Lecture to the Michigan Radiological Society in March of 1990, explores the historical development of iodinated intravascular contrast media, especially LOCM, and cites existing data that form the basis for various strategies for their use, that is, selective, universal, or nonvascular use. Better, safer, and less expensive contrast media are a realistic expectation in this new decade of technological promise. Reducing adverse side effects from the use of any new drug or technology must be our continued, collective goal.

Chemistry↗

Benjamin Felson lecture. Chronic interstitial lung disease of unknown cause: a new classification based on pathogenesis.

Chronic interstitial lung disease of unknown cause is usually classified on the basis of descriptive histology. In this lecture, a recently published series of 910 cases of chronic interstitial lung disease is used to show that these descriptive terms can be reorganized into a classification that is based on inflammatory and neoplastic processes. The proposed classification includes three major diagnostic categories, two of which are based on the chronic inflammatory response and a third that results from infiltration of the interstitial space by neoplastic cells of either a benign, borderline, or frankly malignant nature. An argument is presented that the steps involved in the development of the endstage of chronic interstitial lung disease are similar in all three groups. The advantage of this new classification is that it shifts the emphasis from descriptive terminology to pathogenesis, which provides a more critical basis for investigation of the causes of these diseases.

Humans↗

Edward B. D. Neuhauser Lecture. Pediatric neuroradiology: its evolution as a subspecialty.

Pediatric neuroradiology emerged as the first formal subspecialty of pediatric radiology during the late 1960s. The history of its development as an unusual and effective combination of an age-related and a specific organ-directed clinical subspecialty, and the considerable technical adaptation and innovation within the diagnostic imaging so required, merits its inclusion within the history of the modern matrix of radiology. This Neuhauser Lecture outlines the odyssey of this subspecialty until the present: the adaptation of techniques and equipment to accommodate imaging of patients of all sizes--from 1-kg infants to young adults--and the understanding of the wide spectrum of CNS diseases, many often extremely complex. The evolution of this special body of knowledge and experience, the established and productive fellowship programs, and the significant part pediatric neuroradiology now plays in major scientific and professional associations and societies have led to this subspecialty becoming a lifelong persuasion for a growing number of radiologists.

Child↗

Eugene J. Keefe Memorial Lecture. The Canadian health care system: an overview.

Canada has 21 years of experience with a national health care insurance program. This lecture describes the program, its evolution, financing, and attitudes and perceptions of the consumer, the provider (physicians and hospitals), and the funding agencies (governments). Comparisons, where appropriate, with the system in the United States are incorporated.

Canada↗

Active, small group learning with a large group in a lecture theatre: a practical example.

Using a specific example within clinical biochemistry, I describe the structure and operation of a type of session which allows a large number of students in a lecture theatre to obtain some of the benefits of learning in small groups and from peers. After preparatory reading before the class, the students work in small self-selected groups on a number of problems or cases for 30-35 minutes of a 50-minute session. Each group must record on the blackboard its answers to key questions before the problems are discussed. The method is designed to highlight a small number of important concepts, to let students see the relevance of what they have learned, and to give the students practice at applying biochemistry to the solution of problems. The students have received the sessions well and I have been impressed with how well the students have functioned during their discussions.

Education, Medical, Undergraduate↗

The use of the liquid crystal display (LCD) panel as a teaching aid in medical lectures.

The liquid crystal display (LCD) panel is designed to project on-screen information of a microcomputer onto a larger screen with the aid of a standard overhead projector, so that large audiences may view on-screen information without having to crowd around the TV monitor. As little has been written about its use as a visual aid in medical teaching, the present report documents its use in a series of pathology lectures delivered, over a 2-year period, to two classes of about 150 medical students each. Some advantages of the LCD panel over the 35mm slide include the flexibility of last-minute text changes and less lead time needed for text preparation. It eliminates the problems of messy last-minute changes in, and improves legibility of, handwritten overhead projector transparencies. The disadvantages of using an LCD panel include the relatively bulky equipment which may pose transport problems, image clarity that is inferior to the 35mm slide, and equipment costs.

Audiovisual Aids↗

The art of lecturing. How to become a scientific entertainer.

It is known to all nutritionists and food scientists that the presentation of papers at (inter)national meetings is not always optimal. In this paper on effective lecturing some very practical advice is presented on how to entertain the audience scientifically. With the prerequisite of a clear scientific message, the basic elements for an optimal presentation are discussed with emphasis on the proper use of audiovisual means, including slides and overhead transparencies. Some additional comments are made about posters, chairpersons of sessions, and audiences.

Audiovisual Aids↗

Prizes, lectures, and awards of the American Association of Neurological Surgeons/Congress of Neurological Surgeons Section on Tumors.

An important goal of the Section on Tumors of the American Association of Neurological Surgeons (AANS) and Congress of Neurological Surgeons (CNS) since its founding in 1985 has been to foster both education and research in the field of brain tumor treatment. As one means of achieving this, the Section awards a number of prizes, research grants, and named lectures at the annual meetings of the AANS and CNS. After a brief examination of similar honors that were given in recognition of pioneering work by Knapp, Cushing, and other early brain tumor researchers, the authors describe the various awards given by the AANS/CNS Section on Tumors since its founding, their philanthropic donors, and the recipients of the awards. The subsequent career of the recipients is briefly examined, in terms of the rate of full publication of award-winning abstracts and achievement of grant funding by awardees.

Awards and Prizes↗

Novice nurse educators' lecture room instructional management competence.

The lecture room instructional management competence (LRIMC) of novice nurse educators (NNEs) in the Republic of South Africa (RSA) was investigated by means of a quantitative exploratory survey using questionnaires. The findings indicated that NNEs benefited from mentors' guidance, experienced reality shock on entering their first teaching situation, and lacked LRIMC--according to the perceptions of the NNEs themselves, their students and their mentors. NNEs could benefit from effective orientation programmes and from ongoing in-service education programmes as well as from the availability of mentors assigned to specific NNEs.

Adult↗

Occupation embedded in a real life: interweaving occupational science and occupational therapy. 1993 Eleanor Clarke Slagle Lecture.

This lecture presents an example of research in the genre of interpretive occupational science and demonstrates how occupational science can inform clinical practice. The innovative qualitative methodology used blended elements of the anthropological tradition of life history ethnography, ethnomethodology, the naturalistic methods used by Mattingly and Schön to study practice, and especially narrative analysis as described by Polkinghorne. The bulk of the paper is presented in the form of a narrative analysis that provides an account of a stroke survivor's personal struggle for recovery, a story that emerged from transcription, coding, and analysis of transcripts from approximately 20 hours of interview time. First, this narrative analysis provides an example of how the occupational science framework can evoke a particular kind of storytelling in which childhood occupation can be related to adult character. Storytelling of this kind is later shown to be therapeutic for the stroke survivor. Next, the narrative illustrates how rehabilitation can be experienced by the survivor as a rite of passage in which a person is moved to disability status and then abandoned. Finally, a picture is given of how occupational story making and occupational storytelling embedded in real life can nurture the human spirit to act and can become the core of clinical practice.

Persons with Disabilities↗

I've been where it's gone, so I know what I got ... An American Fulbright Lecturer in Albania, 1994-1995.

Spending 10 months as a Fulbright Lecturer in Medical Sciences at the University Medical Center, University of Tirana, Albania, gave me a first-hand view of academic medicine in a country merging from more than 45 years of Communist rule that impoverished the country and isolated it from the rest of the world. Even after the fall of Communism, every aspect of medicine in Albania continues to be government controlled. Early specialization is still the rule for academic physicians. Division chiefs exert absolute authority over their domain and seldom delegate this authority. Learning and teaching resources are scant, and access to current western medical literature is extremely limited because of both poverty and priority. Despite these obstacles, the medical students and postgraduate trainees I encountered were bright and receptive, which strongly reinforces the tremendous urge to help them. Fellowships abroad, however, are limited and available only to selected junior faculty; students and clinical trainees do not qualify. If we are to help, we must take the training to them. It takes time to become an effective clinical teacher in Albania: time to understand the system; time to devise the best teaching vehicles; and time to gain the trust of the students, trainees, and faculty. Given the time, the effort can be successful. The problem is, where do we find physicians with the time and interest? Might this be a role for still-energetic retired physicians? My experience in Albania permitted me only to formulate these questions; the answers must now come from this side of the Atlantic.

Academic Medical Centers↗