Bibliographic citations
Monge, B., Quispe, S. (2023). Estimulo vibroacústico y su efecto sobre la respuesta fetal, en gestantes a término durante el monitoreo electrónico en el Hospital Antonio Lorena, 2023. [Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/6139
Monge, B., Quispe, S. Estimulo vibroacústico y su efecto sobre la respuesta fetal, en gestantes a término durante el monitoreo electrónico en el Hospital Antonio Lorena, 2023. []. PE: Universidad Andina del Cusco; 2023. https://hdl.handle.net/20.500.12557/6139
@misc{renati/1123033,
title = "Estimulo vibroacústico y su efecto sobre la respuesta fetal, en gestantes a término durante el monitoreo electrónico en el Hospital Antonio Lorena, 2023.",
author = "Quispe Choque, Sandra",
publisher = "Universidad Andina del Cusco",
year = "2023"
}
The study titled "Vibroacoustic Stimulus and Its Effect on Fetal Response in Term Pregnant Women during Electronic Monitoring at Antonio Lorena Hospital, 2023" aimed to determine the effect of vibroacoustic stimulus on fetal response in term pregnant women during electronic monitoring at Antonio Lorena Hospital in 2023. The method used was a quantitative, correlational, non-experimental, retrospective, and cross-sectional approach, with a sample of 175 term pregnant women treated at Antonio Lorena Hospital in Cusco. Data collection was conducted using observation techniques and a data collection form. The results showed that 29.7% of the participants were in the age range of 26 to 30 years, and 35.4% were in gestational week 38. Regarding the vibroacoustic stimulus, 47.4% received 1 to 2 stimuli with a duration of 3 to 4 seconds, while 15.4% were exposed to 3 to 6 stimuli of similar duration. The study found an effect of the vibroacoustic stimulus on fetal response in the following aspects: the duration of the vibroacoustic stimulus and fetal heart rate (p=0.002, v=0.265), indicating a weak but statistically significant effect; the frequency of vibroacoustic stimuli and variability (p=0.000, v=0.285), indicating a weak but statistically significant effect; the frequency of vibroacoustic stimuli and accelerations (p=0.049, v=0.149), indicating a weak but statistically significant effect; the duration of vibroacoustic stimuli and decelerations (p=0.017, v=0.216), indicating a weak but statistically significant effect; the frequency of vibroacoustic stimuli and fetal movements (p=0.031, v=0.163), indicating a weak but statistically significant effect.
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