AI Article Synopsis

  • Neonatal wards experience significant noise pollution, which includes both audible noise and vibrations that can be transmitted through incubators.
  • The study conducted at Francesc de Borja University Hospital recorded vibrations affecting the head area of neonates, revealing that some incubators exceeded recommended vibration levels under specific conditions.
  • The primary source of these vibrations was identified as the incubator's motor, while other sources, like air conditioning, had a lesser impact; further research is necessary to assess the potential effects of these vibrations on neonate health.

Article Abstract

Neonatal wards are often subject to excessive noise pollution. Noise pollution encompasses two concepts, noise and vibration; their main difference being that a noise is heard and a vibration is felt in the body. The latter is what can be transmitted within the incubators of neonatal inpatients. This fact needs to be explored in depth. This work shows the results of the diagnosis of vibrations transmitted within the incubators that could affect neonates admitted to the neonatal unit of the Francesc de Borja University Hospital (Gandía, Spain). For this purpose, the vibrations reaching the neonate head resting area were recorded, taking into account different points, scenarios, days, and time slots. It could be observed that due to the incubator's motor position, the levels obtained in some scenarios measured in this study exceeded the regulation-specified levels. The conclusion is that the greatest influence on vibrations is the incubator's own motor, with other possible sources of vibrations, such as the room's air conditioning, having less influence. Further studies are needed to determine whether this vibration is harmful or beneficial to the neonate.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC9318916PMC
http://dx.doi.org/10.3390/healthcare10071180DOI Listing

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