Análisis de la expresión de los genes Bit1, Casp4 Y Pig3 en pacientes hipertiroideos bajo tratamiento con yodo 131 y pacientes con sospecha de electrosensibilidad
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Fecha
2019
Autores
Sierra Mosquera, Diana Carolina
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Ediciones Universidad Simón Bolívar
Facultad de Ciencias Básicas y Biomédicas
Facultad de Ciencias Básicas y Biomédicas
Resumen
La radiación es una transferencia de energía en forma de ondas o partículas a través del espacio o de un medio material. Que se mueven a gran velocidad, con apreciable transporte de energía. Si la radiación transporta energía suficiente como para provocar ionización en el medio que atraviesa, es llamada Radiación Ionizante, en el caso contrario se habla de Radiación no Ionizante; la Radiación no ionizante es menos penetrante que la radiación ionizante, y la expresión de genes en respuesta a esta última en personas con hipersensibilidad electromagnética, todavía es tema de discusión. El presente estudio, comparó la expresión de diferentes genes relacionados con el proceso apoptótico, entre personas que residen cerca de antenas de celular con síntomas de hipersensibilidad electromagnética y personas con hipertiroidismo bajo tratamiento con Yodo-131. Obteniendo información cuantitativa y cualitativa de la respuesta genética a estrés bioquímico y electromagnético. Se tomaron muestras de 4 pacientes, entre 25 – 35 años, dos pacientes hipertiroideos en manejo con Yodo-131 y dos pacientes con síntomas de electrosensibilidad secundario a exposición crónica por antena de telecomunicación, descartando en estos pacientes mediante pruebas bioquímicas y estudios imagenológicos, alteraciones hematológicas, endocrinas, cardiovascular, neurológicas, psiquiátricas y alteraciones visuales complicadas.
Radiation is a transfer of energy in the form of waves or particles through space or a material medium. They move at great speed, with appreciable transport of energy. If the radiation carries enough energy to cause ionization in the medium that it passes through, it is called Ionizing Radiation, otherwise it is called Non-Ionizing Radiation; Non-ionizing radiation is less penetrating than ionizing radiation, and gene expression in response to the latter in people with electromagnetic hypersensitivity is still a matter of discussion. The present study compared the expression of different genes related to the apoptotic process, among people residing near cellular antennas with symptoms of electromagnetic hypersensitivity and people with hyperthyroidism under treatment with Yodo-131. Obtaining quantitative and qualitative information of the genetic response to biochemical and electromagnetic stress. Samples were taken from 4 patients, between 25 - 35 years old, two hyperthyroid patients in handling with Yodo-131 and two patients with electrosensitivity symptoms secondary to chronic exposure by telecommunication antenna, discarding in these patients by biochemical tests and imaging studies, alterations hematological, endocrine, cardiovascular, neurological, psychiatric and complicated visual disturbances.
Radiation is a transfer of energy in the form of waves or particles through space or a material medium. They move at great speed, with appreciable transport of energy. If the radiation carries enough energy to cause ionization in the medium that it passes through, it is called Ionizing Radiation, otherwise it is called Non-Ionizing Radiation; Non-ionizing radiation is less penetrating than ionizing radiation, and gene expression in response to the latter in people with electromagnetic hypersensitivity is still a matter of discussion. The present study compared the expression of different genes related to the apoptotic process, among people residing near cellular antennas with symptoms of electromagnetic hypersensitivity and people with hyperthyroidism under treatment with Yodo-131. Obtaining quantitative and qualitative information of the genetic response to biochemical and electromagnetic stress. Samples were taken from 4 patients, between 25 - 35 years old, two hyperthyroid patients in handling with Yodo-131 and two patients with electrosensitivity symptoms secondary to chronic exposure by telecommunication antenna, discarding in these patients by biochemical tests and imaging studies, alterations hematological, endocrine, cardiovascular, neurological, psychiatric and complicated visual disturbances.
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Palabras clave
Expresión genética, Radiación ionizante, Electrosensibilidad, Genetic expression, Ionizing radiation, Electrosensitivity
