Depression is associated with discoordination between heart rate variability and physical acceleration in older women

Abstract Background and Aims It is well known that depression is closely associated with the autonomic nervous system and physical acceleration (PA), which may cause functional time‐deviance between these two parameters. Exploring this relationship is important in sustaining the mental and physical...

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Main Authors: Kentaro Taniguchi, Naoya Jinno, Akitoshi Seiyama, Akito Shimouchi
Format: Article
Language:English
Published: Wiley 2024-02-01
Series:Health Science Reports
Subjects:
Online Access:https://doi.org/10.1002/hsr2.1916
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author Kentaro Taniguchi
Naoya Jinno
Akitoshi Seiyama
Akito Shimouchi
author_facet Kentaro Taniguchi
Naoya Jinno
Akitoshi Seiyama
Akito Shimouchi
author_sort Kentaro Taniguchi
collection DOAJ
description Abstract Background and Aims It is well known that depression is closely associated with the autonomic nervous system and physical acceleration (PA), which may cause functional time‐deviance between these two parameters. Exploring this relationship is important in sustaining the mental and physical health of older adults in daily life. However, few studies have assessed the relationship between depression and the coordination of parasympathetic nervous activity (PSNA) and PA. The present study was designed to investigate whether the coordination between PSNA and PA is associated with the mental state of healthy volunteers in normal daily lives and the underlying mechanism. Methods In total, 95 adult women were divided into non‐older and older groups comprising 50 (aged 20–59 years) and 45 (aged 60–85 years) women, respectively. PSNA and PA data were simultaneously obtained every minute for 24 h during the free‐moving day using the ActiveTracer accelerometer. Lag time was determined as the time difference between PSNA and PA, and it was introduced as a parameter of %lag0, which is the percent ratio of the lag = 0 min between PSNA and PA in 1 h. The General Health Questionnaire 28 (GHQ28) was used to evaluate the effects of psychological distress, including depression. Results In the hour before sleep, %lag0 was significantly lower in older women (38.7 ± 6.4) who had higher GHQ28 values (subscale D = 0, n = 12) compared with that in older women (19.4 ± 10.5) with lower values (subscale D ≧ 1, n = 33) (p < 0.05). Conclusion Impairments in coordination between PSNA and PA are significantly associated with depression in older women, particularly in the hour before sleep on free‐moving days.
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spelling doaj.art-25c5df188a1f42dd909033e876f329ae2024-04-05T11:41:32ZengWileyHealth Science Reports2398-88352024-02-0172n/an/a10.1002/hsr2.1916Depression is associated with discoordination between heart rate variability and physical acceleration in older womenKentaro Taniguchi0Naoya Jinno1Akitoshi Seiyama2Akito Shimouchi3Department of Bioscience Nagahama Institute of Bio‐Science and Technology Nagahama Shiga JapanCollege of Life and Health Science Chubu University Kasugai Aichi JapanCreative Design & Data Science Center Akita International University Akita JapanNational Cerebral and Cardiovascular Research Center Osaka JapanAbstract Background and Aims It is well known that depression is closely associated with the autonomic nervous system and physical acceleration (PA), which may cause functional time‐deviance between these two parameters. Exploring this relationship is important in sustaining the mental and physical health of older adults in daily life. However, few studies have assessed the relationship between depression and the coordination of parasympathetic nervous activity (PSNA) and PA. The present study was designed to investigate whether the coordination between PSNA and PA is associated with the mental state of healthy volunteers in normal daily lives and the underlying mechanism. Methods In total, 95 adult women were divided into non‐older and older groups comprising 50 (aged 20–59 years) and 45 (aged 60–85 years) women, respectively. PSNA and PA data were simultaneously obtained every minute for 24 h during the free‐moving day using the ActiveTracer accelerometer. Lag time was determined as the time difference between PSNA and PA, and it was introduced as a parameter of %lag0, which is the percent ratio of the lag = 0 min between PSNA and PA in 1 h. The General Health Questionnaire 28 (GHQ28) was used to evaluate the effects of psychological distress, including depression. Results In the hour before sleep, %lag0 was significantly lower in older women (38.7 ± 6.4) who had higher GHQ28 values (subscale D = 0, n = 12) compared with that in older women (19.4 ± 10.5) with lower values (subscale D ≧ 1, n = 33) (p < 0.05). Conclusion Impairments in coordination between PSNA and PA are significantly associated with depression in older women, particularly in the hour before sleep on free‐moving days.https://doi.org/10.1002/hsr2.1916autonomic nervous systemdepressionparasympathetic nervous systemphysical activity
spellingShingle Kentaro Taniguchi
Naoya Jinno
Akitoshi Seiyama
Akito Shimouchi
Depression is associated with discoordination between heart rate variability and physical acceleration in older women
Health Science Reports
autonomic nervous system
depression
parasympathetic nervous system
physical activity
title Depression is associated with discoordination between heart rate variability and physical acceleration in older women
title_full Depression is associated with discoordination between heart rate variability and physical acceleration in older women
title_fullStr Depression is associated with discoordination between heart rate variability and physical acceleration in older women
title_full_unstemmed Depression is associated with discoordination between heart rate variability and physical acceleration in older women
title_short Depression is associated with discoordination between heart rate variability and physical acceleration in older women
title_sort depression is associated with discoordination between heart rate variability and physical acceleration in older women
topic autonomic nervous system
depression
parasympathetic nervous system
physical activity
url https://doi.org/10.1002/hsr2.1916
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