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PHS grants for minority group HIV infection education and prevention efforts.

The Office of Minority Health (OMH) was established in December 1985 in response to recommendations developed by the Secretary's Task Force on Black and Minority Health. Originally, OMH's mission emphasized six health problems identified by the Task Force as priority areas: cancer, cardiovascular disease and stroke; chemical dependency; diabetes; homicide, suicide, and unintentional injuries; and infant mortality and low birth weight. OMH added HIV infection to the six health priority areas after epidemiologic data showed that the representation of blacks and Hispanics was disproportionately high among persons reported with AIDS. Strategies to eliminate or reduce high-risk behaviors associated with HIV infection need to mobilize racial and ethnic minority communities and rebuild social networks in order to foster sustained behavioral changes. OMH created the Minority HIV Education/Prevention Grant Program to demonstrate the effectiveness of strategies to expand the activities of minority community-based and national organizations involved in HIV education and prevention, as well as to encourage innovative approaches to address appropriately the diversities within and among minority populations. In 1988, grants totaling $1.4 million were awarded to four national and 23 community-based minority organizations. Project workers conduct information, education, and prevention interventions directed to specific groups within racial and ethnic minority communities. Interventions include education and prevention training, information activities, developing educational materials, and providing technical assistance. Project innovations include conducting HIV education and prevention training for families at home, presenting a play produced and performed by local teenagers, and developing a workshop and a manual to help minority service organizations to recruit and train volunteer staff members. Working with minority community-based and national organizations is an essential component of effective strategies for preventing HIV infection among racial and ethnic minorities. OMH's Minority HIV Education/Prevention Grant Program encourages minority groups to participate as partners in Federal, State, and local HIV prevention efforts.

Acquired Immunodeficiency Syndrome↗

An integrated approach to Smart House technology for people with disabilities.

It is now commonly accepted that 'Smart House' technology can play a significant part in helping both elderly and disabled people enjoy a greater degree of independence in the near future. In order to realize this aspiration, it is necessary to examine a number of factors: the development of the appropriate Home Bus technologies and supported devices; the development of the appropriate user interfaces that will allow people with a range of special needs use the system; the incorporation of the requirements of the 'Smart House' controller with the other technological needs of the user; and the development of mainstream technologies that will affect the cost and availability of devices to the user. This paper will examine the above points and suggest appropriate actions and trends. It will draw upon the work of a four-member consortium currently finalizing a technical development project under the EC TIDE program, the experience of research and commercial organizations engaged in development work in associated areas and the experiences of the Dublin-based, Central Remedial Clinic and in particular, its Client Technical Services Unit. The CTSU have been actively engaged in the development of systems for clients and direct clinical assessments for the last 12 years.

Biomedical Engineering↗

Official dosimetry with personal electronic dosemeters--the framework in Germany.

In Germany, personal electronic dosemeters (AEPDs) are presently applied mainly for operational radiation protection monitoring particularly in nuclear power engineering companies, large hospitals and research centres. This is done in addition to the official dosimetry of record. Therefore, frequently, double monitoring occurs-officially and operationally. A crucial advantage of AEPDs compared with passive dosemeters is the ability to adapt the monitoring period to the working time in controlled areas and to allow an immediate readout of the dose after leaving the controlled area, e.g. a job-related monitoring is possible by correlating the readout dose with the job performed. Germany started a general research project, consisting of two parts, for an optimised implementation of personal electronic dosemeters into official dosimetry. The use of AEPDs as official dosemeters depends on an approval by Federal and Federal State ('Länder') authorities as an official dosimetry system, which has to comply with special requirements ensuring that the legal requirements are fulfilled. The formulation of these special requirements is in the focus of part one of the research project, supervised by the Federal Office for Radiation Protection (BfS) and performed by the Gesellschaft für Anlagen- und Reaktorsicherheit (GRS) mbH. As a result of part one, a framework was developed which is the basis for a future technical implementation project. Part one is described in the paper, while part two is still to be initiated and will deal with the implementation and testing phase of the introduction of personal electronic dosemeters as official dosemeters.

Electronics↗

Organizational issues = change.

Information systems fail for a number of reasons. Several failure reasons include communication, complexity, organization, technology, and leadership. Failure can be outlined in four major categories: technical shortcomings, project management shortcomings, organizational issues, and the continuing information explosion. Change management is the process of assisting individuals and organizations in passing from an old way of doing things to a new way of doing things. Change management starts early in a technical process, as the need for making major changes starts at the conceptual level. This paper briefly covers the people side of implementing new information systems, and describes resistance to change and various strategies to manage technological change.

Humans↗

Research to support household and community IMCI. Report of a meeting, 22-24 January 2001, Baltimore, Maryland, USA.

The Integrated Management of Childhood Illness (IMCI) strategy combines improved case management of childhood illness with aspects of nutrition, immunization, disease prevention, and promotion of growth and development. The household and community component of IMCI was formulated to reach the numerous sick children who are ill and often die at home without ever being treated by a trained healthcare practitioner. In January 2001, USAID (Child Health Research Project and BASICS II) and the CORE Group sponsored a meeting in Baltimore, Maryland, to determine the research needed to implement household and community IMCI effectively. This paper summarizes the presentations at that meeting and highlights the research and programme priorities expressed using the three-element approach devised by the CORE Group and USAID (BASICS II and Child Survival Technical Support Project). Research priorities to improve partnerships between health facilities and the communities they serve (Element 1) include finding ways to increase community involvement and management of health facilities, establishing accurate costs for community IMCI services, and formulating cost-recovery mechanisms tailored to local circumstances. Programme priorities in Element 1 include establishment of systems for maintenance of an adequate supply of essential equipment and medicines, while retaining access for the poor and ensuring adequate referral mechanisms for severely-ill patients that include monitoring and incentives for the performance of health workers. Research priorities to increase appropriate, accessible care and information from community-based care providers (Element 2) consist of activities to design simplified IMCI guidelines for use by community health workers (CHWs) and volunteers and evaluation of the impact of using these guidelines on morbidity and mortality. Also a priority item in this category is experimenting with ways to teach mothers and families to care for sick children at home and strategies to improve the practice of medicine in the private sector. More research is also needed to improve the quality of nutritional and preventive health counselling given by CHWs and to find ways to make community IMCI interventions sustainable. Programme priorities in Element 2 include efforts at the national level to establish policies to improve care by traditional and private care providers and to define the position of volunteer workers in the national health system. Research priorities to integrate promotion of key family practices critical for public health (Element 3) are focused on determining which interventions are the most effective in reducing child morbidity and mortality at the household and community levels, finding the best methods of delivering these interventions, and implementing these and scaling up in essential service packages. Particular issues in child health, needing urgent attention from the research and programme communities, are HIV/AIDS and neonatal morbidity and mortality.

Child↗

Free nipple graft reduction mammoplasty.

Free nipple graft reduction mammoplasty is the procedure of choice in patients with massive breast hypertrophy, or those high-risk patients less able to undergo a more extensive procedure. A major criticism of the technique is that it creates a flat, boxy breast that lacks projection. A technical modification of free nipple graft reduction mammoplasty is presented. In this modification, a central, bulky, superiorly based dermal-parenchymal flap extending from the "key-hole" site to the superior aspect of the areola is designed. After tailoring, this central flap is folded superiorly and secured beneath the medial and lateral flaps to create the bulk of the breast mound. This central flap can be accurately tailored to achieve the desired breast size and projection. The medial and lateral breast flaps do not create the breast mound, and are only contoured over the top of this central flap to complement the final breast form.

Adolescent↗

Vascular laboratory cost analysis and the impact of the Resource-Based Relative Value Scale payment system.

PURPOSE: This study compares the actual cost of performing noninvasive laboratory studies with reimbursement under the previous Medicare Part B system and under current resource-based relative value scale (RBRVS) guidelines. METHODS: We calculated the cost to operate our own laboratory and estimated national costs for small- and large-model laboratories. Reimbursement under Medicare Part B was calculated for each Current Procedural Terminology code from average Medicare reimbursement allowances and national case volumes in 1990, which were obtained from the Health Care Financing Administration. All data were expressed as dollars per hour of study time to allow universal comparison of costs and reimbursement among tests that require differing lengths of time for completion. RESULTS: Technical costs for laboratory time ranged from $143 to $173 per study hour. The largest components of laboratory expenses were fixed costs, including personnel (37% to 46%), equipment (30% to 42%), and facilities (6% to 8%). Variable costs such as billing (9% to 10%) accounted for most of the remainder. More efficient allocation of equipment resulted in lower costs in large laboratories, whereas continued use of depreciated equipment resulted in lower costs in our own laboratory ($127/hr). CONCLUSIONS: We project that technical reimbursement under RBRVS will be $82/hr nationally and $80/hr locally, whereas global reimbursement (technical plus professional) will be $116/hr and $110/hr, respectively. On the basis of 1990 case volumes, the RBRVS system will decrease national global reimbursement by at least 35% compared with the previous Medicare Part B system. Under the new system, technical reimbursement will decrease by an estimated 27% nationally, whereas professional reimbursement will decrease by 52%. Revenue under RBRVS will not meet the cost to perform studies either nationally or locally. Technical reimbursement is 37% to 54% below actual technical costs, and even global reimbursement is 13% to 34% less than technical costs. Our analysis revealed that costs will exceed reimbursement despite maximization of operating efficiency. This analysis applies to outpatients only. A case mix including inpatients will further reduce reimbursement, because only the professional component is allowed. By setting reimbursement of vascular laboratories below actual costs, the new RBRVS system may ultimately reduce the availability of noninvasive vascular testing for elderly patients.

Computer Simulation↗

Improving the monitoring of immunization services in Kyrgyzstan.

Following the disbanding of the Soviet Union in 1991, the government of Kyrgyzstan was unable to maintain the previous level of health services. To revitalize the health services, the Ministry of Health (MOH) first focused on improving their immunization services, including the immunization component of the Health Management Information System (HMIS). Secondly, to increase immunization coverage, the MOH set as a priority the elimination of prescribing false contraindications to immunization. To accomplish both goals, the MOH updated the national immunization policies and established a more effective structure for managing immunization services. To support the MOH, the US Agency for International Development (USAID) Resources for Child Health (REACH) and Basic Support for Institutionalizing Child Survival (BASICS) projects provided technical assistance through a resident coordinator and consultants, and by organizing an international seminar. The improvements extended beyond systems and forms, but, instead, emphasized monitoring by the frontline health worker and supervising the quality of health information. To accomplish their objectives, the MOH appointed a Working Group to define the problems, revise record-keeping procedures, and develop monitoring tools. This group, representing both national and local levels, was composed of MOH epidemiologists, paediatricians and a management information specialist. To reduce the burden of excessive record-keeping and reporting requirements, the Working Group identified four key indicators for the service delivery level: (1) DPT3 immunization coverage rates for children less than 1 year of age; (2) contraindication rates for DPT; (3) usage of DPT vaccine; and (4) daily refrigerator temperatures. Additional indicators were included at district and provincial levels. After a successful 1-year trial, the MOH implemented the revised HMIS nationally. Not only did the quality of the information system improve, but the new approach provided visible evidence, from facility to national levels, that the MOH was approaching their objective of reducing contraindication rates for DPT immunizations to 5% or less, and that vaccine wastage could be substantially reduced. The project demonstrated that giving health workers the basic epidemiologic skills to monitor their own work measurably improved the quality of the data, and by acquiring the new skills, the workers developed a sense of pride in their work.

Child↗