Management and Assessment of Medical Technology

David, Yadin; Judd, Thomas M.

doi:10.1201/9781420003864.ch75

Cited by 3 publications

(6 citation statements)

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“…El término "tecnología biomédica" está ampliamente asociado a los dispositivos, equipamiento, aparatos, sistemas, programas y suministros que, junto con los medicamentos y otro tipo de insumos utilizados en el medio hospitalario, resultan imprescindibles en el ámbito clínico para la prevención, el diagnóstico, la vigilancia y el tratamiento de una enfermedad, definición por demás bastante amplia dado que involucra un sinnúmero de innovaciones tecnológicas de naturaleza muy diversas y distintas implicaciones desde el punto de vista regulador (3,4).…”

Section: Principales Resultados Enfoque General De La Tecnología Biomunclassified

“…En la actualidad, se reconoce la importancia de contar con un proceso claro y sistemático que permita contar con la mejor tecnología disponible en las instituciones hospitalarias y que responda de manera efectiva a las necesidades de salud de su población a cargo. Para ello, y conforme con diversos autores, se han identificado en promedio trece pasos básicos que se deben seguir en todo proceso de adquisición de equipamiento médico (17)(18)(19)(20). › Gerencia y manejo del inventario.…”

Section: Planificación De Necesidades Y Costos En La Adquisición De Tunclassified

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Elementos para una política pública en materia de regulación, planificación y gestión de dispositivos médicos desde la perspectiva internacional

Giacometti¹

2016

Rev. Sal. Bosq

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El presente trabajo se centra en el análisis de los elementos más relevantes, documentados mediante una revisión de la literatura científica relacionada con los principales aspectos de la formulación de una política pública para la regulación, planificación, gestión y evaluación de la tecnología biomédica y, más específicamente, para los dispositivos médicos de uso en el medio hospitalario. Esta revisión permite identificar algunos elementos clave, como son los aspectos de regulación, planificación sectorial, relacionamiento con la industria y evaluación económica de nuevas tecnologías, entre otros, que han sido de utilidad para la actualización y modernización de las políticas públicas en este campo y que, en conclusión, afectan de manera importante la sostenibilidad financiera de los sistemas, así como la valoración de la eficacia clínica de las intervenciones, la calidad de la atención y la seguridad del paciente. Estos aspectos, en su conjunto, deben ser considerados en el momento de formular una política pública para la regulación de este tipo de tecnologías biomédicas.

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Section: Principales Resultados Enfoque General De La Tecnología Biomunclassified

Section: Planificación De Necesidades Y Costos En La Adquisición De Tunclassified

Elementos para una política pública en materia de regulación, planificación y gestión de dispositivos médicos desde la perspectiva internacional

Giacometti¹

2016

Rev. Sal. Bosq

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“…They are presented and used for persistent conclusion and treatment. These clinical gadgets must be guarded in condition so as to forestall wounds in patients and staff [1][2][3]. As indicated by the World Health Organization, in the USA in 2010 roughly 412 US dollars were allocated to clinical gear upkeep [4].…”

Section: Introductionmentioning

confidence: 99%

“…Clinical Equipment Management System (MEMS) incorporates the hardware stock, a work request framework, the preventive support plans/methodology, re-appropriating contract the executives and all assistance history records. Today, the Clinical and Biomedical Engineering (CE/BME) is answerable for the social insurance resource the executives and human services innovation evaluation, clinical staff wellbeing, fix and upkeep, hazard and security the board, and furthermore differentiate checking and quality improvement [1][2][3].…”

Section: Introductionmentioning

confidence: 99%

Using Computerized Maintenance Management System (CMMS) in Healthcare Equipment Maintenance Operations

2020

J. Environ. Treat. Tech.

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Healthcare and medical equipment sustainability is very important, we need to have an efficient and high performance devices. If such systems or devices are fail every time this will effect patients and the medical system at all. Healthcare equipments like ventilators and other devices nowadays has a good priority and important because of Covid19 which effects all countries now. Since these devices exposed some defects which will effect on its role it is very important to study and analyze such defects, classify them and how to apply CMMS in such maintenance operations. This paper aims to use CMMS in maintenance operations of equipments in healthcare sector. Also a classification of failures of such equipments is generated to be an input for CMMS programs. The second thing is to use Equipment maintenance (EM) number in classifying such devices to be ready for using CMMS. A sample of medical devices are studied and the equipment management number (EM) is calculated here for some selected devices if it reaches some specific value it needs maintenance and CMMS will manage the maintenance operations required. CMMS procedures, transactions and benefits are discussed in this paper. It is found that in the first step we should determine the devices included in inspection and maintenance operations by using EM number, then specifying the maintenance period and inspection frequency after that following some specific steps to manage the maintenance operations followed by CMMS programs. Equipment maintenance (EM) number is very important to determine whether the equipment need maintenance or not, and it also determine the inspection and maintenance duration and so such devices be ready to be used all the time. CMMS can be efficiently used in maintenance operations of healthcare equipments. The use of CMMS software or application is used in processing entered data of devices or systems following the commands step-by-step to construct a CMMS system for each plant or system, this will simplify the monitoring and inspections and maintenance operations which increasing availability of the device and decreasing downtime

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“…In many cases, it led to undesirable results, such as increase in cost, abusive use of the facilities and frustrating managers, users and patients. However, by learning from these experiences, the application of knowledge has been so conditioned as to derive maximum advantage from each of the ME life cycle phases (David & Judd, 1993;Sprague, 1988).…”

Section: Actors Involved In the Incorporation Processmentioning

confidence: 99%