Search PubMed⌕ Search

SEARCH · Search PubMed

Results for “Multimedia”

Search indexed PubMed citations on genomics, clinical trials, systematic reviews and public health. Explore titles, authors and supplied subject terms, then open the PubMed record.

Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.

At least 955 records · Page 53Linked to original sources

[Limits of conventional nutrition education: an example from a West African urban area].

The failure of conventional nutrition education, as practiced in Western Africa, is acknowledged by the author. This assessment follows the formative and summative evaluation of a nutrition education programme, directed towards the parents of hospitalized children, in a hospital, in the Ivory Coast. Often carried out within conventional health structures (maternal-child health centers, rural health centers, hospitals, etc...), the programme represents an addition to daily health care activities, with actions often too isolated and too limited to exert a decisive impact on public health. Most of the time, these programmes are conceived and implemented by health care workers who are inadequately motivated and trained in both nutrition and education. Poorly conceived messages that lack cultural, economic or social adaptation to the specified target population, authoritarian, unfeeling pedagogy, and inadequate educational tools lead to uncertain results. Results that are difficult to assess due to the absence of a clear definition of objectives and procedures for scientific evaluation. The author, in agreement with other recent studies, suggests that nutrition education should be viewed as the cumulative effect of all the various communication activities aimed at modifying those individual or community behaviours that affect the nutritional status of a given population. Multimedia nutrition education, however, can only be implemented once population needs and available communication channels have been identified. It is with the idea of promoting such multimedia activities that the network for nutrition education in Africa has been created (see p. 56).

Cote d'Ivoire↗

Visual design for the user interface, Part 1: Design fundamentals.

Digital audiovisual media and computer-based documents will be the dominant forms of professional communication in both clinical medicine and the biomedical sciences. The design of highly interactive multimedia systems will shortly become a major activity for biocommunications professionals. The problems of human-computer interface design are intimately linked with graphic design for multimedia presentations and on-line document systems. This article outlines the history of graphic interface design and the theories that have influenced the development of today's major graphic user interfaces.

Audiovisual Aids↗

[Professional development of media in general practice].

In the German state Niedersachsen, the practical advantage of computers as an information medium in the out-patient care was tested in the medical practice for two years. In a two year study, acceptance, suitability, and the didactic quality of new information software for practice computers were investigated in 20 medical practices. Under the supervision of the KVN, the support of a Multi-Medica Corporation and IBM as well as numerous university departments, the multimedia software was prepared and further developed during the trial in the medical practice. It became clear, that videos, pictures, and text as short information units were helpful for the information of patients. The quick access and the simple and clear presentation is crucial for their usage. Teaching software for patients and multimedia programs for the continuing education of physicians have to be looked at separately. For this, longer information units might be necessary.

Attitude to Computers↗

[Multi-media technique applied to surgical education].

Multimedia technique applied for surgical training: the microscopic-endoscopic sinus surgery. Multimedia technology is characterised by the integration of several communication media and by an interactive access. New or difficult surgical techniques are made easier and safer thanks to a new program developed for training microscopic-endoscopic sinus surgery.

Computer-Assisted Instruction↗

The component-based architecture of the HELIOS medical software engineering environment.

The constitution of highly integrated health information networks and the growth of multimedia technologies raise new challenges for the development of medical applications. We describe in this paper the general architecture of the HELIOS medical software engineering environment devoted to the development and maintenance of multimedia distributed medical applications. HELIOS is made of a set of software components, federated by a communication channel called the HELIOS Unification Bus. The HELIOS kernel includes three main components, the Analysis-Design and Environment, the Object Information System and the Interface Manager. HELIOS services consist in a collection of toolkits providing the necessary facilities to medical application developers. They include Image Related services, a Natural Language Processor, a Decision Support System and Connection services. The project gives special attention to both object-oriented approaches and software re-usability that are considered crucial steps towards the development of more reliable, coherent and integrated applications.

Computer Communication Networks↗

Population-based exposure measurements in Arizona: a phase I field study in support of the National Human Exposure Assessment Survey.

The objective of this proposed Phase I field study is to determine the distributions of total human exposures to multimedia pollutants in the classes of metals, pesticides, and volatile organic compounds (VOCs). This will be achieved by studying a proportion-based sample of the total population in Arizona with a nested design for the different stages of sampling. Specific objectives are: (1) to document the occurrence, distribution, and determinants of total exposures in the general population; (2) to characterize the 90th percentiles of total exposures to each pollutant; (3) to monitor geographic and temporal trends of the multimedia exposures; (4) to evaluate the different media, personal, time-activity, and geographical factors that contribute to current total exposure; (5) to evaluate biomarkers in blood and urine for the target pollutants; (6) to perform evaluations of relationships between exposure reports, environmental measurements, and biomarkers of the target pollutants; (7) to predict total exposures; and (8) to assess total exposures in minority and disadvantaged subsets of the population. The latter is particularly feasible in Arizona due to the large proportions of such population subgroups. The proportionate-based population sampling of households within blocks will occur in Stage 1; the target is 1,200 such households. They will be interviewed utilizing National Human Exposure Assessment Survey (NHEXAS) questionnaires. In Stage 2, additional questionnaires will be completed; environmental sampling will take place in 450-900 households representatively selected from the respondents. Environmental sampling will include: metals in dust, soil, outside air, and some tap water; pesticides in dust, soil, and some tap water; total VOCs in air. In Stage 3, a subset of representative households will be reevaluated for metals, pesticides, and VOCs using methods with greater resolution and reliability; subjects in these households will be asked to complete questionnaires and provide biological samples. Follow-up temporal evaluations will be performed in a randomly selected subset of homes evaluated during this stage.

Arizona↗

[The design of a family of ultrasonic diagnostic units based on up-to-date computer technologies].

Small ultrasonic devices are now being used in medical practice. However, the vast majority of them represent designingly completed systems which cannot include additional soft- and hardwares to accumulate measurements and to set up databases, to make additional postprocessing, to transmit measurements along networks and telephone lines, etc. On the other hand, in our and foreign countries, work is under way in designing the systems of archiving and treating ultrasonic images, working places for a physician engaged in radiation diagnosis. But at the same time direct joining of ultrasonic equipment with standard computer facilities is impossible in many practical cases. To design ultrasonic devices by using Multimedia IBM PC technology which may integrate various informational media, such as display, sonic information, and textual data is one of the ways of solving this problem. With this, the hardwares of ultrasonic devices are realized in the construction of standard IBM PC modules. Sonomed ultrasonic devices may be considered to be alternatives of Multimedia IBM PC-based devices.

Diagnosis, Computer-Assisted↗

[The museums of pathologic anatomy: a very much neglected sector of scientific museology, worth of reconsideration].

This brief work aims at drawing attention to the problems affecting museums of pathological anatomy and the possibility to revise their role and give them other purposes than the merely educational ones for which they are established. Current educational methods and tools, using sophisticated and modern audio-visual and multimedia systems, have been so thoroughly renewed that the preservation of anatomic specimens for exemplification and illustration is no longer a fundamental requirement. Clearly enough, Pathological Anatomy Museums need to change in order to meet new requirements and achieve new goals. Therefore, the creation as well as the revamping of a Museum should be based on the use of multimedia and interactive systems. These should include the collection of pictures of rare or peculiar cases as well as the possibility to propose pre-established educational programmes to students, while offering to scholars other programmes with different levels of difficulties and historical-documentary information. This is the approach followed by the experimental model implemented in our Institute which is presented in this work. Also, the Museum should be responsible for collecting and safeguarding rare anatomic material or specimens of particular interest from a historical-geographical and chronological point of view. The Museum should be a biologic archive from which information can be trapped for study and research works. For this reason, it should not be located only in one place, but the information and data therein contained should be made available, through a computer network, in the various centres and departments of Pathological Anatomy. Secondly, collections of dried osteologic materials should be properly preserved, since they are an important educational tool of great value for paleopathological studies. Finally, particular attention should be given to the oldest museums hosting collections of anatomic artworks such as wax impressions and casts, which, being the expression of a specific age and scientific attitude, are to be considered as a cultural heritage to be safeguarded.

Humans↗

Using hypertext to facilitate nurse education.

The increased use of both multimedia and the World Wide Web for nurse education necessitates critical examination of the use of hypertext in nursing education. The use of hypertext and multimedia have the potential to revolutionize teaching and learning generally, and have a significant impact on nursing specifically. This article discusses hypertext use in nurse education and incorporates an examination of cognitive theories to identify specific hypertext design strategies customized for nursing user groups. Particular attention is directed to the application of cognitive flexibility theory to hypertext design for nurse education, highlighting the representation of both complex clinical situations and human physiology. The article concludes with a discussion of the potential uses of hypertext as a means of accessing information by nurses in clinical practice.

Cognitive Science↗

Computer-assisted training program for simulation of triage, resuscitation, and evacuation of casualties.

The purpose of this paper is to introduce a multimedia computer software package that has been developed for the Federal Armed Forces of Germany to train military physicians in trauma management. The program presents different groups of casualties with characteristic wounds and multiple injuries on a CD-ROM and provides many clinical options at each decision point. Automatically evaluating the decisions for accuracy, the objective of the program is to train for triage, resuscitation, and evacuation of wounded in combat under pressure of time. The computer-assisted instruction program is inexpensive and allows easily accessible self-instruction as a supplement to formal classroom training. Using this teaching software, it may be possible to teach a standardized emergency case-management algorithm for battlefield trauma. There was a high level of acceptance for this type of instruction. This is encouraging for medical educators involved in producing multimedia packages for teaching emergency medicine.

CD-ROM↗

Evaluation of a computer-mediated eating disorder intervention program.

OBJECTIVE: This study evaluated an eating disorder intervention multimedia program modeled after self-help eating disorder treatment programs. It was hypothesized that women who completed the program would increase their body satisfaction and decrease their preoccupation with weight and frequency of disordered eating behaviors. METHOD: Participants were 57 undergraduate females randomly assigned to either the intervention or control group. Psychological functioning was assessed at baseline, at 3 months postintervention, and at 3 months follow-up. RESULTS: Intervention group subjects significantly improved their scores on all psychological measures over time. When compared to the control group, however, only the intervention group's improvements on the Body Shape Questionnaire were statistically significant. DISCUSSION: This study has demonstrated that minimally effective eating disorder intervention programs can be delivered. A revised program that eliminates interface problems and increases the structure of the intervention is likely to be even better received and more effective.

Adolescent↗

Teaching and learning gross anatomy using modern electronic media based on the visible human project.

This article reviews online (Internet) anatomy projects and multimedia productions (books and CD-ROMs) based on the Visible Human Project (VHP) of the United States National Library of Medicine. The focus of these projects and productions is on the teaching of 3D anatomy using the digitized sections of the visible human male and female. The article also provides information about the VHP, its goals and what it has achieved thus far.

Anatomy↗

Self-administered psychosocial treatments for children and families.

Self-administered psychosocial treatments for child health problems have the potential to circumvent barriers to traditional models of care. They are convenient and inexpensive to families and, for some types of problems, may be as effective as therapist-based care. In a review of past research on child- and parent-facilitated self-administered treatments, it was found that a stronger evidence base exists in support of some formats (manual- and multimedia-based treatments) than for others (inspirational literature and support groups). The practical, ethical, and legal issues associated with self-administered treatments are discussed as well as avenues for future research. How psychologists and health care systems respond to the opportunities associated with self-administered treatments for children will likely affect the face of the profession and the health of children in the future.

Child↗

Exploratory visualization software for reporting environmental survey results.

Environmental surveys yield three principal products: maps, a set of data tables, and a textual report. The relationships between these three elements, however, are often cumbersome to present, making full use of all the information in an integrated and systematic sense difficult. The published paper report is only a partial solution. Modern developments in computing, particularly in cartography, GIS, and hypertext, mean that it is increasingly possible to conceive of an easier and more interactive approach to the presentation of such survey results. Here, we present such an approach which links map and tabular datasets arising from a vegetation survey, allowing users ready access to a complex dataset using dynamic mapping techniques. Multimedia datasets equipped with software like this provide an exciting means of quick and easy visual data exploration and comparison. These techniques are gaining popularity across the sciences as scientists and decision-makers are presented with increasing amounts of diverse digital data. We believe that the software environment actively encourages users to make complex interrogations of the survey information, providing a new vehicle for the reader of an environmental survey report.

Conservation of Natural Resources↗

European scenarios for EUSES regional distribution model.

The regional multimedia distribution model incorporated into EUSES 1.0 is used for the estimation of regionally predicted environmental concentrations in different European scenarios: a scenario representing a typical region in the north of Europe (high fraction connected to sewer systems, lower environmental temperature, high fractions of surface water and natural soil and a low fraction for agricultural soil) and another scenario representing a typical region in the south of Europe (low fraction connected to sewer systems, higher environmental temperature, low fractions for surface water and natural soil, and a high fraction for agricultural soil). The two scenarios are based on average data of countries in Northern and Southern Europe, but are not realistic for any specific country located in these regions. Scenario calculations were carried out using these two scenarios in addition to the generic standard region, given in EUSES 1.0 as a default scenario, and the North-Rhine Westphalian region. The substance properties, including emissions, were left unchanged for all scenarios. For a number of substances, the calculated concentrations in both the North and the South of Europe turned out to be higher than those calculated with the standard generic scenario. Thus, the standard scenario cannot be considered as a 'worst case' scenario per se. Uncertainties due to the regional heterogeneity within Europe are high. It is recommended to use these two additional scenarios for an improved estimation of possible concentration ranges in Europe.

Agriculture↗

Creating a digital video-based teaching file for interventional procedures using CT fluoroscopy.

A computerized radiology education teaching file application, MRW (Multimedia Radiology Workstation), was produced in our department as a collaboration of faculty, fellows and a doctoral student. This inexpensive and flexible system is novice-programmable and is capable of capturing images from multiple modalities (including still and cine image) and organizing them into individual electronic teaching cases. Help and tutorial functions support the main case display functions.

Computer-Assisted Instruction↗

Interactive web-based radiology teaching file.

This multimedia radiology teaching file was developed for medical students, residents, physicians, and researchers to present teaching components related to clinical studies. Patient studies are used to create teaching cases, user can also create lecture series and custom presentations (catalogs) by linking related text and images. The user is able to make and preserve his/her own notes related to reviewed information. From the computer workstation, the user can perform search our case library by American College of Radiology (ACR) codes, keywords, modalities, or text. Results are presented in custom pages and include text lists, thumbnails lists, rescaled images, and full-size images. Text can be easily printed in custom format or exported to an ASCI file. To preserve the privacy of the student, access to our database is granted to the web browser by log-in panel. Image and text can be imported from Digital Imaging and Communications in Medicine (DICOM)-compatible devices or entered by using web forms. In conclusion, we developed a multifunctional interactive teaching environment accessible for multiplatform internet users.

Computer Security↗

[Striking a new path in medical education. CAMPUS, an interactive, case-based training system].

BACKGROUND AND PURPOSE: Computer-assisted teaching and learning tools offer new opportunities for improving education and training of medical professionals. CAMPUS represents a software for computer-based, problem-oriented learning. It is a case-based training system which provides the patient's history within a highly realistic, multimedia format. Thus, the interactive design is expected to challenge, test and improve the medical knowledge and the diagnostic skills of the students. The objective of the present study was to introduce CAMPUS as a computer-based learning tool and to present preliminary results with regard to acceptance and user-friendliness. METHODS: CAMPUS was evaluated by 52 students regarding quality and experienced learning success. A tutorial was conducted within separate, small-numbered groups of students, each working on one learning case. The virtual case started with a summary of the patient's leading symptoms. The students independently took the patient history and carried out the physical examination. Then, they were asked to suggest differential diagnoses, refer the patient to appropriate diagnostic examinations and were encouraged to choose adequate therapeutic strategies. Subsequently, the quality of CAMPUS and the subjective learning success were evaluated with a standardized questionnaire. RESULTS: Nearly all students described the user interface as visually attractive (51/52) and clearly structured (52/52). In particular, the students found the use of videos to be advantageous. A marked learning success was described by most students (46/52) and all students considered learning with CAMPUS to be effective. CONCLUSION: CAMPUS offers an innovative training program to improve medical education and to enhance conventional teaching methods efficiently.

Attitude of Health Personnel↗