García CP, Breijo GCM

Language: Spanish
References: 11
Page: 58-65
PDF size: 381.41 Kb.

ABSTRACT

Introduction: Computed tomography is considered one of the most important medical inventions of the twentieth century and the most important event in radiology since the discovery of X-rays in 1895. Its rapid development is in harmony with scientific advances in other branches of knowledge And the different generations of tomographers, increasingly sophisticated, that have Marked true milestones of technological development. Objective: To demonstrate the interrelation between science, technology and technology in computerized axial tomography. Development: At present, the tomographic images have become indispensable in the diagnosis and treatment of practically all the Branches of medicine. Any technological advance in this specialty raises scientific problems whose solution may consist in the invention of new theories or new research techniques that lead to a better knowledge and a better control of the subject. Science and technology Constitute a cycle of interacting systems that feed each other. Conclusions: In this work the relationship between science, technology and technology in computerized axial tomography is demonstrated through the development and improvement of this high technology technique, from the First generations of sequential equipment until the introduction of the helical or spiral technique and its subsequent development in multicolour equipment.

REFERENCES

1. García Cartaya Pedro. Principios técnicos de la tomografía axial computarizada. ECIMED. 2008.

2. Tomografía Axial computarizada. Disponible en: http: www.buenastareas.com.. Accedido el 4/2/2015.

3. Vizcay Castilla M, et al. Una propuesta de rediseño del programa Ciencia Tecnología y Sociedad en las Universidades Médicas desde un enfoque histórico cultural. MEDICIEGO 2013; 19(Supl. 2).

4. Campillo Arteroa C. Reinversión en sanidad: fundamentos, aclaraciones, experiencias y perspectivas. GacSanit vol.27 no.2 Barcelona mar.-abr. 2013. Disponible en: http://dx.doi.org/10.1016/j.gaceta.2012.01.010

5. Blanch L., Guerra L., Lanuza A., Palomar G. Innovation and technology transfer in the health sciences: A cross-sectional perspective. MedicinaIntensiva (English Edition), Volume 38, Issue 8, November 2014, Pages 492-497.

6. Mendoza León J, Valenzuela Valenzuela A. Aprendizaje, innovación y gestión tecnológica en la pequeña empresa: Un estudio de las industrias metalmecánica y de tecnologías de información en Sonora. Contaduría y Administración, Volume 59, Issue 4, October–December 2014, Pages 253–284.

7. Blanch L., Guerra L., Lanuza A., Palomar G. Palomar. Innovation and technology transfer in the health sciences: A cross-sectional perspective. Medicina Intensiva (English Edition), Volume 38, Issue 8, November 2014, Pages 492–497.

8. NuñezDorvil J. Tomografía computarizada. Disponible en: http: www.acaemia.edu . Accedido el 4/2/2015

9. Nilser Laines Jherald. Medina Historia de la Tomografía. Disponible en: issuu.com/nilserjeraldlainesmedina/docs/historia_de la_tomografía.docx. Accedido el 4/2/2015.

10. Alfonso Pérez Olga A., Gómez Verano Magaly R., GalbánNoa Tania, Alfonso Martínez Pedro A, Villamil Fumero Katia. La educación en ciencia, tecnología y sociedad: su importancia en la Educación Médica Superior. MEDICIEGO 2013; 19 (1)

11. Milanés Guisado Yusnelkis, Solís CabreraII Francisco M, Navarrete Cortés José. Aproximaciones a la evaluación del impacto social de la ciencia, la tecnología y la innovación. Acimed.2010; 21(2)161-183.