ASSOCIATIONS OF oftenness magnetic attraction FIELD (RF-EMF) WITH PHYSIOLOGY PARAMETERS of outside MALE airfield staff

Abstract

Introduction: This cross sectional study was conducted to work out the connection between radiofrequency magnetic attraction field (RF-EMF) with physiological parameters (body core temperature, pressure level and pulse rate) among male staff in airfield.

Materials and Methods: This study was conducted among forty seven male staff in airfield United Nations agency created exposed cluster that was exposed to RF-EMF throughout operating hours and 47 workers from administration workplace which not exposed to RF-EMF as a comparative group. RF-EMF was measured by meter radiation EMR three hundred in field of force (V/m), flux (A/m) and power density (W/m2) at 3 specific heights (0.5 m, 1.0 m and 1.6 m). Body core temperature decided by Instant Ear measuring instrument Omron model MC-510, pressure level was

measured mistreatment pressure gauge and medical instrument and rate were taken consistent with customary strategies. Questionnaires got to every respondent for his or her background and alternative relevant data.

Results: The study showed that there was vital differentiation for all kinds of current exposure of RF- electromotive force between the exposed and comparative teams. On the opposite hand, there was no vital differentiation of physiology parameter between the exposed and comparative cluster. The correlation check showed that there was vital relationship between the electrical field, flux and power density with beat pressure level before operating and pulsation blood pressure before and once engaging at 3 specific heights; there was vital relationship between the magnetic field and rate after working at three specific heights; there was additionally significant relationship between the facility density and pulse rate after working at one.0m and 1.6m heights. The regression check showed that operating location and dealing period additionally influence the physiology parameter.

Conclusions: This study suggests that changes in physiology parameters among staff weren't because of exposure of RF-EMF in operating areas, however might be influenced by alternative unsupportive factors like operating period, working location, fasting, smoking, drinking occasional and stress.

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Posted March 2, 2019 02:39