The present paper synthesizes the results obtained in the evaluation of a6 4 The present paper synthesizes the results obtained in the evaluation of a6 4 The present paper synthesizes the results obtained in the evaluation of a6 4 The present paper synthesizes the results obtained in the evaluation of a6 4 microstrips crystalline silicon detector coupled to RX64 ASIC, designed for high-energy physics microstrips crystalline silicon detector coupled to RX64 ASIC, designed for high-energy physics microstrips crystalline silicon detector coupled to RX64 ASIC, designed for high-energy physics microstrips crystalline silicon detector coupled to RX64 ASIC, designed for high-energy physics experiments, as au seful X-rayd etector in advancedm edical radiography, specifically in digital experiments, as au seful X-rayd etector in advancedm edical radiography, specifically in digital experiments, as au seful X-rayd etector in advancedm edical radiography, specifically in digital experiments, as au seful X-rayd etector in advancedm edical radiography, specifically in digital mammography. Research includes thea cquisition of two-dimensional radiography of a mammography.R esearch includes thea cquisition of two-dimensional radiography of a mammography.R esearch includes thea cquisition of two-dimensional radiography of a mammography.R esearch includes thea cquisition of two-dimensional radiography of a mammography phantom using the scanning method, andthe comparison of experimental profile mammography phantom using the scanning method, andthe comparison of experimental profile mammography phantom using the scanning method, andthe comparison of experimental profile mammography phantom using the scanning method, andthe comparison of experimental profile with mathematically simulated one. The paper also shows the experimental images of three with mathematically simulated one. The paper also shows the experimental images of three with mathematically simulated one. The paper also shows the experimental images of three with mathematically simulated one. The paper also shows the experimental images of three biological samples takenf rom breast biopsies, where it is possible to identify thep resence of biological samples takenf rom breast biopsies, where it is possible to identify thep resence of biological samples takenf rom breast biopsies, where it is possible to identify thep resence of biological samples takenf rom breast biopsies, where it is possible to identify thep resence of possible pathological tissues. possible pathological tissues. possible pathological tissues. possible pathological tissues.

No hay resúmenes disponibles.  ECA Estudios Centroamericanos, Vol. 60, No. 684, 2005: 985-989.

Background and Aims: Before the covid-19 pandemic, medicine was practice and taught almost entirely face-toface. The new normal, presented us with an opportunity to change the paradigm. Previously, live video transmission was only possible with the use of satellites, that were too expensive to be use regular bases. Now it is possible to broadcast live cases, from anywhere around de world, at a relative low cost. Methodology: This is a descriptive study to show the experience in transmissions of endoscopy live procedures from endoscopy rooms of different centers of Latin America ascribed to the Latin American Training Center (LAGE-TC) adapting virtual transmission technologies for a diagnostic and therapeutic endoscopy, to broadcast cases in real-time through the internet. Results: From April 2020 to July 31 th , 2020 we have made transmissions every week, for each center, being Tuesdays designated for transmissions from Manizales in Colombia from the Unión de Cirujanos SAS (Dr Lázaro Arango M), Wednesdays from San Borja Arriaran, in Santiago de Chile (fellows training center of Latin America and from where the LAGE-TC is born) (Drs.

In our study we have used a silicon strip detector to obtain digital images of some breast tissues with micro calcifications. Some of those images will be shown and we will discuss the perspectives of using this technique as an improvement of breast cancer diagnostics

No abstract