Design and construction of a plasma source for medical applications

Authors

  • Franklin Peña Venezuelan Institute for Scientific Research Center for Physics, Laboratory of Fluid and Plasma Physics Autor/a
  • Martínez Mariela Center for Medical and Biotechnological Research University of Carabobo, Ultrastructure Laboratory Autor/a
  • Irving Rondón National Institute of Astrophysics, Optics and Electronics, Luis Enrique Erro 1, Tonantzintla, Puebla Autor/a
  • María Martinez Center for Medical and Biotechnological Research University of Carabobo, Ultrastructure Laboratory Autor/a
  • José Figuera Instituto Venezolano de Investigaciones Científicas Unidad de Tecnología Nuclear. Servicio de Radio Física Sanitaria Autor/a
  • Aarón Muñoz Center for Medical and Biotechnological Research University of Carabobo, Ultrastructure Laboratory Autor/a
  • Claudia Cortesía Venezuelan Institute for Scientific Research Center for Microbiology and Cell Biology Autor/a
  • Leonardo Sigalott Venezuelan Institute for Scientific Research Center for Physics, Laboratory of Fluid and Plasma Physics Autor/a

Keywords:

Ionized gas plasmas, plasma generating source

Abstract

Currently there is a rapid growth in the use of low temperature ionized gas plasmas for application in the medical area especially for therapeutic purposes, among its applications are the efficiency to sterilize water, ability to eliminate bacteria, treatment of diseases and the sterilization of medical instruments. The latter is a major problem nowadaysbecause according to official WHO figures in Latin America our countries are at risk of contracting nosocomial infections between 2 and 20 times more than in the developed world; in some of them the proportion of affected patients can exceed 25%. In the present work we propose the design and construction of a low-cost plasma generating source for use in the sterilization of medical instruments for daily use, in such a way toachieve technological independence in the manufacture of this type of device, the results obtained show that the developed equipment possesses suitable sterilization qualities for medical applications.

Author Biographies

  • Franklin Peña, Venezuelan Institute for Scientific Research Center for Physics, Laboratory of Fluid and Plasma Physics

     franklin.pena@gmail.com

  • Martínez Mariela , Center for Medical and Biotechnological Research University of Carabobo, Ultrastructure Laboratory

     franklin.pena@gmail.com

  • Irving Rondón, National Institute of Astrophysics, Optics and Electronics, Luis Enrique Erro 1, Tonantzintla, Puebla

     franklin.pena@gmail.com

  • María Martinez, Center for Medical and Biotechnological Research University of Carabobo, Ultrastructure Laboratory

    franklin.pena@gmail.com

  • José Figuera, Instituto Venezolano de Investigaciones Científicas Unidad de Tecnología Nuclear. Servicio de Radio Física Sanitaria

    franklin.pena@gmail.com

  • Aarón Muñoz, Center for Medical and Biotechnological Research University of Carabobo, Ultrastructure Laboratory

    franklin.pena@gmail.com

  • Claudia Cortesía, Venezuelan Institute for Scientific Research Center for Microbiology and Cell Biology

    franklin.pena@gmail.com

  • Leonardo Sigalott, Venezuelan Institute for Scientific Research Center for Physics, Laboratory of Fluid and Plasma Physics

    franklin.pena@gmail.com

Plasmas de gas ionizado

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Published

2025-11-01

Issue

Section

Artículos científicos

How to Cite

Design and construction of a plasma source for medical applications. (2025). Observador Del Conocimiento, 4(1), 74-82. https://revistaoc.oncti.gob.ve/index.php/ODC/article/view/477

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