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A window of opportunity for the transformation of national mental health policy in Turkey following two major earthquakes.

Striking at the nation's highly populated industrial heartlands, two massive earthquakes in 1999 killed over 25,000 people in Turkey. The economic cost and the humanitarian magnitude of the disaster were unprecedented in the country's history. The crisis also underscored a major flaw in the organization of mental health services in the provinces that were left out of the 1961 reforms that aimed to make basic health services available nationwide. In describing the chronology of the earthquakes and the ensuing national and international response, this article explains how the public and governmental experience of the earthquakes has created a window of opportunity, and perhaps the political will, for significant reform. There is an urgent need to integrate mental health and general health services, and to strengthen mental health services in the country's 81 disparate provinces. As Turkey continues her rapid transformation in terms of greater urbanization, higher levels of public education, and economic and constitutional reforms associated with its projected entry into the European Union, there have also been growing demands for better, and more equitably distributed, health care. A legacy of the earthquakes is that they exposed the need for Turkey to create a coherent, clearly articulated national mental health policy.

Adolescent↗

Advancing disaster epidemiology and response: developing a national disaster-victim database.

BACKGROUND: The need to further disaster preparedness has resulted in a call for more comprehensive disaster research. Past disaster research has, for the most part, been limited by the inability to obtain complete medical data from victims of disasters. A national disaster-victim database (NDVD) can be developed that will facilitate collection and aggregation of disaster-victim medical data from health care facilities. Three aspects of the NDVD are discussed: DATA REQUIREMENTS: Medical records of disaster victims must be standardized before being uploaded from various databases into the NDVD. Existing data dictionaries provide formats in which data elements can become standardized. Once standardized, data sets from different facilities can be pooled and subjected to analyses. Database System. The three tiers of the NDVD system are: 1) medical data are collected at the point of care, 2) medical data are entered into databases and converted into a specific format, and 3) formatted data sets are uploaded to the NDVD. In order for this system to be viable, it must not add burden to health care workers; rather, it must benefit them and their facilities. REAL-TIME COLLECTION OF MEDICAL DATA: Capturing data on victims of a disaster, during a disaster, is ideal. This would allow for more victim data to be studied as well as for more accurate data to be collected. Technologic advancement has encouraged a real-time data-collection model in St. Louis that can act as a model for NDVD implementation.

Databases as Topic↗

Disasters and mental health: new challenges for the psychiatric profession.

Articles published in the Viewpoint section of this Journal may not meet the strict editorial and scientific standards that are applied to major articles in The World Journal of Biological Psychiatry. In addition, the viewpoints expressed in these articles do not necessarily represent those of the Editors or the Editorial Board.A disaster is the consequence of an extraordinary event that destroys goods, kills people, produces physical or psychological harm but, above all, which overcomes the adaptive possibilities of the social group. Disasters have strong political background and consequences. They shake the life of a community and raise questions about safety, social organization and the meaning of life. Disasters confront psychiatrists with challenges far beyond regular clinical activities or research strategies. During early interventions after a disaster, psychiatrists often have to work out of their usual clinical premises, in contact with unfamiliar professionals (i.e. rescue personnel) and with individuals who should not be considered as 'cases', and therefore without keeping regular clinical records. In the latter stages they have to confront many factors which tend to cause the clinical consequences of those affected and who developed a psychiatric condition to be chronic. Reactions to stress occur in stages, each one characterised by a specific psychological mechanism. Symptoms include flashbacks, difficulties in remembering, avoidance of stimuli, blunting of responses, high arousal level and obsessive ruminations. The strong biological and psychosocial factors which are unchained after a disaster should be recognised and chanelled. The experience of psychiatry with the bio-psycho-social model can help to understand what disasters are, how some negative aspects of them could be prevented, and how their consequences, both clinical as well as social, can be reduced.

Adaptation, Psychological↗

Preparing and responding to mass casualties in the developing world.

Disasters, albeit on a small scale, are an everyday event in Africa. They contribute to depriving millions of Africans of access to basic services, often considered rights in more affluent societies. The massive amounts of aid donated during disasters, could be limited by strengthening systems of disaster preparedness beforehand. Current, disease-specific programs can not achieve this goal. The Essential Trauma Care Program of the WHO, and the International Association of Trauma Surgery and Intensive Care provides a template on which to build affordable systems of disaster preparedness.

Africa↗

The impact of avalanche transceivers on mortality from avalanche accidents.

Rapid extrication is the most important determinant of survival in avalanche victims. To facilitate rapid localization of avalanche victims by uninjured companions, avalanche transceivers are widely used during off-piste and backcountry activities. Despite their widespread use, the influence of transceivers on survival probability in avalanche accidents is controversial. The aim of this retrospective study was to analyze the influence of transceivers on the mortality of avalanche victims. There were 194 accidents in Austria from 1994 to 2003, involving 278 totally buried victims, which were analyzed. Avalanche transceivers were used by 156 (56%) victims and were associated with a significant reduction in median burial time from 102 to 20 min (p < 0.001), as well as a significant reduction in mortality from 68.0% to 53.8% (p = 0.011). This reduction was due to a decrease in mortality during backcountry activities involving ski tourers in free alpine areas (from 78.9% to 50.4%, p < 0.001). Transceivers did not reduce mortality during off-piste activities beside or near organized ski slopes (67.7% with versus 58.5% without transceiver, not significant). Mortality of persons using a transceiver is significantly higher if burial depth exceeds 1.5 m. Despite a significant reduction, mortality still exceeds 50% even with the use of transceivers. Therefore, in addition to the use of emergency equipment like transceivers, avalanche avoidance measures are critically important. The fairly modest influence of the use of transceivers on survival probability may be due to the highly efficient mountain rescue service in the Austrian Alps. In remote areas the reduction in mortality will probably be far more pronounced.

Accident Prevention↗

Analysis of worldwide earthquake mortality using multivariate demographic and seismic data.

In this paper, mortality in the immediate aftermath of an earthquake is studied on a worldwide scale using multivariate analysis. A statistical method is presented that analyzes reported earthquake fatalities as a function of a heterogeneous set of parameters selected on the basis of their presumed influence on earthquake mortality. The ensemble was compiled from demographic, seismic, and reported fatality data culled from available records of past earthquakes organized in a geographic information system. The authors consider the statistical relation between earthquake mortality and the available data ensemble, analyze the validity of the results in view of the parametric uncertainties, and propose a multivariate mortality analysis prediction method. The analysis reveals that, although the highest mortality rates are expected in poorly developed rural areas, high fatality counts can result from a wide range of mortality ratios that depend on the effective population size.

Disaster Planning↗