Tomosíntesis de Mama: Necesidad de Optimización Panamá, 2019

Mammography equipment with tomosynthesis has arisen due to the need to increase the capacity of traditional mammography to detect breast diseases in patients with dense breasts. A high density of fibroglandular tissue in the breast can hide nodules that represent signs of breast malignancies. The...

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Autores Principales: Ibarra Ramírez, Ernesto Antonio, Castro Saldaña, Simón
Otros Autores: Bedoya, Raquel
Formato: Tesis
Publicado: Universidad Especializada de las Américas 2020
Materias:
Acceso en línea: http://repositorio2.udelas.ac.pa/handle/123456789/263
https://doi.org/10.57819/8wb7-zm43
Sumario: Mammography equipment with tomosynthesis has arisen due to the need to increase the capacity of traditional mammography to detect breast diseases in patients with dense breasts. A high density of fibroglandular tissue in the breast can hide nodules that represent signs of breast malignancies. The use of breast tomosynthesis has greatly helped in the detection of these indications, but there must be special suspicion in not neglecting Radiological Protection (RP), since it is a technique that involves the use of ionizing radiation. The RP aims to protect people against the harmful effects of ionizing radiation. Among the three basic principles of RP, which also include justification and limitation, is the principle of optimization. In general terms, optimization can be defined as a process that seeks the best solution to a given problem. This is how the best solution is called optimal. The International Commission on Radiological Protection (ICRP) indicates, in its publication ICRP No. 105, that the RP of patients undergoing medical processes is mainly applied at two levels. The first level consists of the design, the appropriate choice, and the elaboration of both the equipment and the physical facilities; and the second level covers routine work processes, also known as operating procedures. Due to the recent incorporation of the mammography technique with tomosynthesis in Panama, this research seeks the evaluation of this technique in public health institutions that have mammography equipment with this functionality, focusing mainly on the optimization of the mammographic technique. The results will be obtained by applying a survey to the operators of mammography equipment with tomosynthesis, the instrument will be validated by two qualified specialists, one in Radiology and Medical Imaging, and another in Radiological Protection. Regarding the performance of mammography equipment with tomosynthesis, they will be analyzed through 10 quality control reports prepared by the suppliers of each system, which follow the recommendations of the manufacturers and whose procedure has been delivered prior to the Regulatory Authority of the Ministry of Health of Panama. The data obtained will be used to justify the need to optimize the radiological protection of the mammographic technique with tomosynthesis in public health institutions in Panama.