Home  About us  Contact
 

Multidisciplinary Field (multidisciplinary + field)

Distribution by Scientific Domains
Medical Sciences37%
Life Sciences25%
Humanities and Social Sciences25%

Selected Abstracts

Proceedings of the TCT: Endovascular Interventional Care Evolves into Multidisciplinary Field

JOURNAL OF INTERVENTIONAL CARDIOLOGY, Issue 3 2006
WILLIAM A. GRAY M.D.Article first published online: 25 MAY 200
The creation, and expansion, of the heretofore nonexistent field of endovascular intervention has progressed quickly over the past 10,15 years. In a relatively short period of time, it has been instrumental in transforming both the care of the vascular patient and the practice of vascular surgery and cardiology. [source]

Nanobiotechnology: From Molecules to Systems

ENGINEERING IN LIFE SCIENCES (ELECTRONIC), Issue 3 2004
H. Klefenz
Abstract Nanobiotechnology is a key enabling multidisciplinary field for medical, technological and biological research and development, medicine, pharmaceutical development, and analytical sciences. Its foundation is the selective integration of a multitude of endeavours, such as biotechnology, chemical and physical nanotechnology, materials sciences, chemistry, engineering, electronics and optronics targeting the construction of micro- and nano-arrays for analyzing complex mixtures of DNA, RNA, proteins, metabolites as well as the design of ultra-sequencing devices, microbial fuel cells, implantates, molecular motors, artificial organs, and nanorobots. The developments in nanobiotechnology benefit from and contribute to the scientific advances in the chemical and physical nanotechnologies, in particular with respect to materials, composites, nanostructuring techniques, carbon nanotubes, and nanoelectronics. [source]

The position of the neurologist in neuro-oncology1

EUROPEAN JOURNAL OF NEUROLOGY, Issue 3 2002
W. Grisold
Neuro-oncology is a growing new subspeciality with a strong interdisciplinary character. This position paper explains the role of neurology in the multidisciplinary field of neurosurgeons, radiotherapists and general oncologists, dealing with neuro-oncological patients. The paper delineates the varied spectrum of the field of neuro-oncology which expands from primary brain tumours, to metastatic and non-metastatic effects of systemic cancer on the central and peripheral nervous system, neurotoxicity due to cancer treatment and issues of quality of life. It has been written by the scientific neuro-oncology panel of the European Federation of Neurological Societies (EFNS) to delineate the situation of neuro-oncology in Europe, and facilitate the understanding and implementation of this subspeciality in the future. [source]

Performance, Grouping and Schenkerian Alternative Readings in Some Passages from Beethoven's,Lebewohl' Sonata

MUSIC ANALYSIS, Issue 1 2008
Alan Dodson
ABSTRACT It is proposed that one musically interesting way to characterise and compare different performances or recordings of the same piece is by correlating them with different Schenkerian interpretations through the medium of grouping. This approach is demonstrated through an examination of four ,either/or' passages from the first movement of Beethoven's Piano Sonata in E Major, Op. 81a, passages in which at least two Schenkerian interpretations are possible. Schenker's own published and unpublished sketches, among others, are considered alongside recordings by Vladimir Ashkenazy, Emil Gilels, Richard Goode, Murray Perahia and Artur Rubinstein. The approach is not meant to be self-sufficient, but rather to contribute a new set of tools to the emerging multidisciplinary field of performance studies. [source]

Molecular imaging for pediatric lung diseases

PEDIATRIC PULMONOLOGY, Issue 4 2004
Jean-Christophe Richard MD
Abstract Molecular imaging is a rapidly developing multidisciplinary field that combines advances in contrast agent development, instrumentation, and molecular/cell biology to follow cellular and sub-cellular events in intact organisms. Platforms for molecular imaging include radionuclide-based methods, optical methods, and magnetic resonance. To date, molecular imaging studies of the lungs have been used to monitor the effectiveness of gene transfer, neutrophilic inflammation, and cell trafficking. Eventually, the goal will be to translate these new techniques to clinical settings such as cystic fibrosis. Pediatr Pulmonol. 2004; 37:286,296. © 2004 Wiely-Liss, Inc. [source]

Preface: phys. stat. sol. (c) 1/S2

PHYSICA STATUS SOLIDI (C) - CURRENT TOPICS IN SOLID STATE PHYSICS, Issue S2 2004
E. F. da Silva Jr.
The papers in this special issue of physica status solidi (c) are selected manuscripts including diverse research lines presently in development in the ambit of the NanoSemiMat network in Brazil. The 3rd Workshop on Semiconductor Nanodevices and Nanostructured Materials (NanoSemiMat-3) took place in Salvador, Bahia, Brazil, at the Catussaba Resort Hotel, during the period of 24,27 March 2004. The NanoSemiMat network is part of the Brazilian Initiative on Nanoscience and Nanotechnology (N&N), with strategic cooperative research support in this area. The initiative started in 2001, through the formation of four research networks nationwide in different scientific fields associated to NanoScience and Nanotechnology (N&N). The 3rd Workshop on Nanodevices and Nanostructured Materials (NanoSemiMat-3) is an evolution of the two previous meetings which were held in Recife, PE, Brazil and Natal, RN, Brazil in 2002 and 2003, respectively. The meeting comprised 16 invited plenary talks, each 30 minutes long, given by eminent researchers from Brazil, Canada, France, Germany and the United States of America. These invited talks extend through different topics of N&N associated to Nanodevices and Nanostructured Materials: Photodetectors, Lasers and LEDs, Porous Materials, New Materials, and New Technologies, among others. There were short talks presented by representatives of the other N&N networks in Brazil dealing with Molecular Technology and Interfaces, Nanostructured Materials and Nanobiotechnology. Also a poster session, with about 60 presentations, highlighted the main research activities presently being developed by the network members at the different sites which constitute the NanoSemiMat network. The presentations reflected theoretical and experimental research lines which lead to the development of basic and applied research in nanostructured semiconductor materials such as III,V and II,VI, Si and SiC based nanodevices, wide gap materials, ceramics, polymers, porous materials, optical and transport properties of low dimensional structures, magnetic nanostructures and structures under the influence of high fields, spintronics and sensor applications. The participants of the workshop came from 20 research institutions within Brazil and from 7 research laboratories and universities in Europe and North America. In total about 120 researchers, members of the network, invited researchers, representatives of supporting and funding agencies in Brazil, undergraduate and graduate students, technical staff and supporting personal as well as researchers from complementary fields were present. The realization of the NanoSemiMat-3 was possible due to the financial support of the Brazilian Ministry of Science and Technology (MCT) and the Brazilian National Research Council (CNPq) and the logistic support of Federal University of Bahia. All activities during the NanoSemiMat-3 were open to the general public with interest in nanoscience and nanotechnology. In this third workshop of the series, we highlight the expansion of its format, with plenary and invited talks, poster sessions, as well as the presence of seven invited speakers from abroad. We expect that the continuation of the NanoSemiMat series will be a forum for discussions of state-of-the-art research developed in Brazil on N&N and the multidisciplinary field of semiconductor nanodevices and nanostructured materials as well as its superposition to other branches of science. (© 2004 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim) [source]

THE DEATH OF BIOETHICS (AS WE ONCE KNEW IT)

BIOETHICS, Issue 5 2010
RUTH MACKLIN
ABSTRACT Fast forward 50 years into the future. A look back at what occurred in the field of bioethics since 2010 reveals that a conference in 2050 commemorated the death of bioethics. In a steady progression over the years, the field became increasingly fragmented and bureaucratized. Disagreement and dissension were rife, and this once flourishing, multidisciplinary field began to splinter in multiple ways. Prominent journals folded, one by one, and were replaced with specialized publications dealing with genethics, reproethics, nanoethics, and necroethics. Mainstream bioethics organizations also collapsed, giving way to new associations along disciplinary and sub-disciplinary lines. Physicians established their own journals, and specialty groups broke away from more general associations of medical ethics. Lawyers also split into three separate factions, and philosophers rejected all but the most rigorous, analytic articles into their newly established journal. Matters finally came to a head with global warming, the world-wide spread of malaria and dengue, and the cost of medical treatments out of reach for almost everyone. The result was the need to develop plans for strict rationing of medical care. At the same time, recognition emerged of the importance of the right to health and the need for global justice in health. By 2060, a spark of hope was ignited, opening the door to the resuscitation of bioethics and involvement of the global community. [source]

Signposts of Docking and Scoring in Drug Design

CHEMICAL BIOLOGY & DRUG DESIGN, Issue 4 2007
Osman A .B. S. M. Gani
Docking and scoring tools are often used in the early stages of drug discovery projects today. Because the language of this field of drug design often includes intermingled terms of physics, chemistry, biology, and medicine, the significant developments of docking and scoring are challenging to follow for non-experts. In this Science Philosophy article, I attempt to clarify the concepts used in docking and scoring to help articulate the successes and limitations of this multidisciplinary field in more comprehensible manner. [source]