PubMed Health⌕ Search

SEARCH · PubMed Health

Results for “Biological Science Disciplines”

Explore indexed PubMed citations for clinical trials, systematic reviews and public health research. Read source abstracts and follow each citation to its original PubMed record.

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

At least 1,297 records · Page 72Linked to original sources

Why combine diet and physical activity in the same international research society?

Research in diet and physical activity in the U.S. started in very different traditions, with behavioral science input being uneven in their development. Investigators and policy makers in Europe have recognized the complementarity of diet and physical activity and incorporated them both under the label Public Health Nutrition. Joining these disciplines internationally offers the opportunity to benefit all, since the problems addressed are human, not specific to any one country.In regard to why combine diet and physical activity, at the biological level, there is reason to believe that diet and physical activity working in concert can remodel physiological structures and processes toward healthful ends. The diet and physical activity behaviors themselves vary in characteristics and are similar in others. The behavioral science components of these two disciplines face similar problems, and can learn from the advances made by the other, in the areas of measurement, correlates and intervention. By working together, knowledge will be enhanced from uncovering complementary and interactive relationships between diet and physical activity, and in relation to disease risks, that may result in designing more effective and efficient interventions and policies.Since the behavioral sciences are at a disadvantage in comparison to the biological sciences in terms of scientific advances and thereby capturing the popular imagination for solutions to health problems, we must redouble our efforts to enhance funding for behavioral research in regard to diet and physical activity and to make the research advances necessary to prevent the medicalizing of essentially social and behavioral problems. Nutrition and physical activity should most effectively do this together.

Editorial↗

[The medical-and-genetic training of family physician].

The development of family medicine and promotion of genetic approaches to maintaining the health of population are under discussion in the paper. The necessity of training a new generation of physicians by using special programs is substantiated. The system approach to the training of family doctors must comprise, apart from clinical disciplines, the knowledge of human genetics as of a leading medical-and-biological branch of science. The significance of family-related research and analysis of pedigree (for the sake of accurate diagnosis and prevention of diseases) are demonstrated.

Curriculum↗

A view of the background of Freudian theory.

A major concern of nineteenth century scientists was to delineate the objective units or entities with which science deals. While some philosophers of science abandoned the search as futile and tried to redefine science, investigators in the biological sciences and the sciences of man attempted to discover new entities upon which to base their disciplines. A new understanding of hypnotism gave Freud the opportunity to isolate objective entities within the mind and to found a psychology on that basis.

Animals↗

Redefining the X axis: "professionals," "amateurs" and the making of mid-Victorian biology, a progress report.

A summary of revisionist accounts of the contextual meaning of "professional" and "amateur,"as applied to the mid-Victorian X Club, is followed by an analysis of the liberal goals and inner tensions of this coalition of gentlemen specialists and government teachers. The changing status of amateurs is appraised, as are the new sites for the emerging laboratory discipline of "biology." Various historiographical strategies for recovering the women's role are considered. The relationship of science journalism to professionalization, and the constructive engagement of X Club publicists with their empowering audiences, are discussed. Finally, the article assesses how far the content and boundary closure of "biology," forged by Thomas Henry Huxley, were related to 'professional' and political goals. Pure biology's social and medical roots are examined, and the way inter-professional and wider Darwinian conflicts resulted in a new lexicon of words for the X Clubbers around 1870, including "evolution" and "agnosticism," as well as "biology." Biology's role in the forging of British national identity is discussed, as are its relationship to the social strategies of liberal, Dissenting, and industrial groups in the country, whose authority sustained the new laboratory rhetoric.

Biology↗

Traditional engineering in the biological century: the biotraditional engineer.

The increasing importance of life science in all engineering is prompting departments in the traditional engineering disciplines to offer life science as part of their curricula. Students who take advantage of this opportunity--"biotraditional engineers"--will be well positioned for careers in their discipline and in related areas of bioengineering. The founder engineering societies, such as the Bioengineering Division of ASME, are responding to this trend by broadening their scope and working increasingly across interdisciplinary borders.

Biomedical Engineering↗

On education and research in ecological medicine (Psychosomatic medicine). Psychosomatic medicine of the year 2000.

Because advances in our field have increased the complexity of our work, I feel that the name of this discipline should be changed. I suggest a more pragmatic term, namely, Ecological Medicine. Ecological Medicine is a science relating to physiological, biological, genetic, socioeconomic, cultural, etc., changes now taking place in our cosmos. It is concerned with disease and health processes of several components of the living organism. Its task is to recognize, evaluate, prevent, and treat all the above variables which are in integral part of the disease process. I should like to stress here that the central thinking must be a strategic one: to devise and apply means, ways, and methods for the exchange of information between those working in clinical and humanistic disciplines and of those in laboratories. In other words, I, personally, believe that the research scientists, who are working in any laboratory, cannot afford to ignore the psychological, socioeconomic and cultural factors affecting people's health. Consequently, they must, on one hand, orient themselves in accordance with the above-mentioned demands, and collaborate with the scientists of the humanistic disciplines, on the other. Thus, in this way, only the anthropos can be thoroughly and completely investigated as a unique psychophysiological, socioeconomic, and cultural ecologic entity.

Education, Medical, Undergraduate↗

Phenomics: fiction or the future?

The ease with which genetic mutations can be induced in or introduced into mammalian organisms, such as the mouse, has created a significant need for phenotypic analysis. Developments in computer technology, instrumentation and bioinformatics, as well as in numerous neuroscience disciplines, will help to meet the demands set by the molecular revolution. As a result, the field of 'phenomics' is being born. This will integrate multidisciplinary research, with the goal of understanding the complex phenotypic consequences of genetic mutations at the level of the organism. This paper focuses on one of the disciplines that show promising developments, behavioral science.

Animals↗

Man in space: the use of animal models.

Animals have traditionally preceded man into space. During animal and human travels in space over the past almost 30 years, numerous anatomical, physiological, and biochemical changes have been observed. In order to safely qualify humans for extended duration space missions, scientific research needs to be performed. It may be possible to achieve many of these research goals with flight crews serving as experimental subjects; however, to do this with human subjects alone is impractical. Therefore, the use of animal surrogates as experimental subjects is essential to provide the missing information on the effects of spaceflights, to validate countermeasures, and to test medical treatment techniques which will be necessary for long duration missions. This research to assure human health, safety, and productivity in future extended duration space flights will include flights on NASA's Space Shuttle, unmanned biosatellites, and the Space Station Freedom.

Aerospace Medicine↗

[Intersections of reconstructive surgery in the area of regenerative medicine].

Based on significant progress in biotechnology, "Regenerative Medicine" is evolving as a new discipline that could significantly change current therapeutic approaches. Medicine, stem cell biology, tissue engineering, nanotechnology, genomic research, material sciences, as well as system- and process-engineering come together to answer fundamental problems of human disease, including trauma and aging. The long-term goal is to create a profound knowledge of individualized therapy originating from nonbiological organ replacement, through hybridized systems, to fully biological implants and finally to human regenerative systems in vivo. Two model tissues, including heart valves and liver tissue are discussed in the context of in vivo and in vitro regeneration technologies. Extracellular matrix regulates tissue differentiation in at least three ways, including the biochemical composition of the matrix constituents, the 3-D organization or architecture, and via mechanical forces mediated to the cells by the matrix. The in vivo extracellular matrix constitutes a biopolymer which potentially plays a permissive role for tissue differentiation.

Animals↗

Skeletal remains of Dr. Eugenio Antonio Berríos Sagredo.

It is often noted that even a well-designed osteological technique may not provide accurate results when applied to single forensic cases. Case studies are ideal to test if this concern is valid, and forensic anthropology is a testing ground for applying a population based standard to individual skeletal remains. Secondly, the increasing role anthropologists have played in forensic sciences has aided the medicolegal disciplines in a number of ways. For example, identification of skeletal remains is now more accurate than ever before. Many of these cases have brought perpetrators to court for justice. The purpose of this paper is to use osteological techniques to analyze skeletal remains and make a positive identification. The victim was found partially buried in the sand near El Pinar, Uruguay in 1995. The analysis indicated that the victim was a 45-year old, white, male who was about 170cm tall. Based on preliminary evidence that the victim might be Dr. Eugenio Antonio Berríos Sagredo, a digital superimposition was made using the victim's photograph and the unknown skull. This examination revealed that the skull corresponded consistently with the individual in the photograph. Results were supported by the fact that personal belongings, such as a medal and wrist watch, also pointed to the same individual. Dental records and radiographs when made available later also indicated the same identity. Dr. Berríos was accused of making nerve gas during the dictatorial regime of former Chilean President General Augusto Pinochet. It was also alleged that he made bombs that killed a Spanish diplomat in his laboratory and a Chilean diplomat in Washington, DC. Many complex techniques are often needed to make a positive identification and such was the case for this study. Because of the nature of anthropology as a holistic discipline, such complexity is an integral part of human biology and behavior and can be used successfully in the forensic sciences and medicolegal investigations.

Cause of Death↗

Service-oriented science.

New information architectures enable new approaches to publishing and accessing valuable data and programs. So-called service-oriented architectures define standard interfaces and protocols that allow developers to encapsulate information tools as services that clients can access without knowledge of, or control over, their internal workings. Thus, tools formerly accessible only to the specialist can be made available to all; previously manual data-processing and analysis tasks can be automated by having services access services. Such service-oriented approaches to science are already being applied successfully, in some cases at substantial scales, but much more effort is required before these approaches are applied routinely across many disciplines. Grid technologies can accelerate the development and adoption of service-oriented science by enabling a separation of concerns between discipline-specific content and domain-independent software and hardware infrastructure.

Algorithms↗

Hydrological science, society and the sustainable management of Scottish freshwaters resources in the 21st century.

Hydrology in Scotland has emerged as a diverse and maturing discipline in recent years following its origins in engineering and the environmental sciences. Despite significant progress in understanding the physical, chemical and biological aspects of the hydrological cycle in Scotland, hydrologists face a number of significant challenges. These include: improved basic process understanding and modelling of catchment functioning; increased understanding of climatic variability and change; the collection of more extensive and well-integrated data sets; improved understanding of the role of hydrology in maintaining good ecological status in managed rivers; and a rapidly evolving policy agenda both within Scotland and the EU. So far, the response of the scientific community to these challenges has been encouraging. However, it is concluded that in the future, hydrologists need to be increasingly engaged in interdisciplinary research projects and communicate better with environmental planners and various stakeholder groups if the discipline is going to make its full contribution to sustainable water resource management in Scotland.

Communication↗

Quantification of airway diameters and 3D airway tree rendering from dynamic hyperpolarized 3He magnetic resonance imaging.

As another step toward extracting quantitative information from hyperpolarized 3He MRI, airway diameters in humans were measured from projection images and multislice images of the lungs. Values obtained were in good agreement with the Weibel lung morphometry model. The measurement of airway caliber can now be achieved without the use of ionizing radiation. Furthermore, it was demonstrated that 3D airway tree renderings could be constructed from the multislice data. Both the measurement of airway diameters and the rendering of 3D airway information hold promise for the clinical assessment of bronchoconstrictive diseases such as asthma and the associated evaluation of treatment effectiveness. Work is being done to address the uncertainties of the manually intensive methods we have developed.

Administration, Inhalation↗

[Current status of dermatomicrobiology. An overview].

The new German laws dealing with protection against infectious diseases (Infektionsschutzgesetz of 1.1.2001) have reconfirmed the importance of microbiology as a basic science and infectiology as a multi-disciplinary clinical discipline. Concerning dermatological diagnosis and therapy, the implementation of molecular biological techniques has a decisive influence. The discovery of new (e.g. Helicobacter pylori) and the better detection of known organisms (e.g. Chlamydia, Borrelia) suggested findings in questions of causality and therapeutic developments. Concerning the infections of the skin this synopsis provides the state of the art of diagnostic process and treatment in mycology, bacteriology and virology.

Anti-Infective Agents↗

Quality use of medicines: where does pharmacology 'end'? Invited ASCEPT Lecture. Australasian Society of Clinic and Experimental Pharmacologists and Toxicologists.

1. Pharmacology can be defined very narrowly (e.g. as solely a laboratory based specialty) or more broadly to include issues surrounding rational drug use in the community. 2. While the hypothetio-deductive approach is more clearly in evidence in laboratory and clinical pharmacological experimentation, it is no less important in the comparatively less-well charted area of drug use in the community. 3. Just as laboratory pharmacology has built new partnerships with molecular biology and genetics, the exploration of community drug use brings pharmacologists into partnership with other disciplines (epidemiology, economics, behavioural science) and other sectors (consumers, government, health professionals and industry). 4. Implementing Australia's Quality Use of Medicines Policy (1992) has led to vigorous exploration of issues and problems in medicinal drug use in the community and much scientific study of causes and potential interventions to improve the situation. 5. The Australian National Prescribing Service (1998) is attempting to bring an evidence-based approach to the many facets of prescribing and drug use, by prescribers and consumers alike. 6. Innovation commonly occurs at the interface between the boundaries of traditional disciplines.

Australia↗

Dermatological research in the 21st century: our fantastic future.

During the second half of the twentieth century, dermatology came of age. Just as clinical dermatology, through new diagnostic and therapeutic modalities, matured to a point where the dermatologist could affect peoples' lives profoundly, so too did dermatological research enhance our understanding of skin diseases enormously. Dermatology should not be viewed as a scientific discipline-advances come from fundamental scientific areas such as cell and molecular biology, biochemistry, immunology, microbiology, technology, the clinical sciences and others. Thus, dermatology and skin biology live within a universe of science, only a small part of which is dermatology and skin biology, and our patients and our science are dependent on integration and interdigitation with the universe of science for future success. In this lecture I will elaborate on where I think the next 10-20 years will take us in this universe.

Dermatology↗

Ethics in infertility management: Asian aspects.

Rapid strides have been made in the management of infertility with newer and advanced techniques. The acceptability of the procedure, the immediate and remote outcome are linked with different aspects in different countries and nations. The new discipline of bio-ethics deals with the ethical implications of biological phenomenon as manipulated or encountered by the science of medicine. Ethical problems encountered in management of infertility in Asian region are discussed.

Advisory Committees↗