Relationship Between the Cortisol-Estradiol Phase Difference and Affect in Women

Affective disorders impact women’s health, with a lifetime prevalence of over twelve per cent. They have been correlated with reproductive cycle factors, under the regulation of hormonal circadian rhythms. In affective disorders, circadian rhythms may become desynchronized. The circadian rhythms of...

Full description

Bibliographic Details
Main Author: Karyn Geralyn Butler
Format: Article
Language:English
Published: Ubiquity Press 2018-02-01
Series:Journal of Circadian Rhythms
Subjects:
Online Access:https://www.jcircadianrhythms.com/articles/154
id doaj-9cb4145dac794c9cb9d42773ed49e15c
record_format Article
spelling doaj-9cb4145dac794c9cb9d42773ed49e15c2020-11-24T23:53:29ZengUbiquity PressJournal of Circadian Rhythms1740-33912018-02-0116110.5334/jcr.154141Relationship Between the Cortisol-Estradiol Phase Difference and Affect in WomenKaryn Geralyn Butler0Grand Valley State UniversityAffective disorders impact women’s health, with a lifetime prevalence of over twelve per cent. They have been correlated with reproductive cycle factors, under the regulation of hormonal circadian rhythms. In affective disorders, circadian rhythms may become desynchronized. The circadian rhythms of cortisol and estradiol may play a role in affective disorders. The purpose of this study was to explore the temporal relationship between the rhythms of cortisol and estradiol and its relationship to affect. It was hypothesized that a cortisol-estradiol phase difference (PD) exists that correlates with optimal affect. A small scale, comparative, correlational design was used to test the hypothesis. Twenty-three women were recruited from an urban university. Salivary samples were collected over a twenty-four-hour period and fitted to a cosinor model. Subjective measures of affect were collected. Relationships between the cortisol-estradiol PD and affect were evaluated using a second-degree polynomial equation. Results demonstrated a significant correlation in affect measures ('p' < 0.05). An optimal PD was identified for affect to be 3.6 hours. The phase relationship between cortisol and estradiol may play a role in the development of alterations in affective disorders.https://www.jcircadianrhythms.com/articles/154circadiancortisolestradiolphase differenceaffect
collection DOAJ
language English
format Article
sources DOAJ
author Karyn Geralyn Butler
spellingShingle Karyn Geralyn Butler
Relationship Between the Cortisol-Estradiol Phase Difference and Affect in Women
Journal of Circadian Rhythms
circadian
cortisol
estradiol
phase difference
affect
author_facet Karyn Geralyn Butler
author_sort Karyn Geralyn Butler
title Relationship Between the Cortisol-Estradiol Phase Difference and Affect in Women
title_short Relationship Between the Cortisol-Estradiol Phase Difference and Affect in Women
title_full Relationship Between the Cortisol-Estradiol Phase Difference and Affect in Women
title_fullStr Relationship Between the Cortisol-Estradiol Phase Difference and Affect in Women
title_full_unstemmed Relationship Between the Cortisol-Estradiol Phase Difference and Affect in Women
title_sort relationship between the cortisol-estradiol phase difference and affect in women
publisher Ubiquity Press
series Journal of Circadian Rhythms
issn 1740-3391
publishDate 2018-02-01
description Affective disorders impact women’s health, with a lifetime prevalence of over twelve per cent. They have been correlated with reproductive cycle factors, under the regulation of hormonal circadian rhythms. In affective disorders, circadian rhythms may become desynchronized. The circadian rhythms of cortisol and estradiol may play a role in affective disorders. The purpose of this study was to explore the temporal relationship between the rhythms of cortisol and estradiol and its relationship to affect. It was hypothesized that a cortisol-estradiol phase difference (PD) exists that correlates with optimal affect. A small scale, comparative, correlational design was used to test the hypothesis. Twenty-three women were recruited from an urban university. Salivary samples were collected over a twenty-four-hour period and fitted to a cosinor model. Subjective measures of affect were collected. Relationships between the cortisol-estradiol PD and affect were evaluated using a second-degree polynomial equation. Results demonstrated a significant correlation in affect measures ('p' < 0.05). An optimal PD was identified for affect to be 3.6 hours. The phase relationship between cortisol and estradiol may play a role in the development of alterations in affective disorders.
topic circadian
cortisol
estradiol
phase difference
affect
url https://www.jcircadianrhythms.com/articles/154
work_keys_str_mv AT karyngeralynbutler relationshipbetweenthecortisolestradiolphasedifferenceandaffectinwomen
_version_ 1725469420721012736