Уважаемые коллеги, доброго времени суток! Представляем вам швейцарское научное издание Adaptive Human Behavior and Physiology, его адрес - https://www.springer.com/journal/40750. Журнал имеет третий квартиль, издается в Springer International Publishing AG, его SJR за 2019 г. равен 0,757, электронный ISSN - 2198-7335, предметные области - Физиология, Психобиология, Экспериментальная и когнитивная психология, Поведенческая неврология. Вот так выглядит обложка:
Редактором является Дарио Маестрипьери, контактные данные - dario@uchicago.edu.
Другие публикационные контакты - adrian.pagaduan@springernature.com, Arlie.Cataylo@springer.com, stephanie.cohen@springer.com.
Это международный междисциплинарный научный журнал, который публикует теоретические и эмпирические исследования любых аспектов адаптивного поведения человека (например, сотрудничество, принадлежность и связь, конкуренция и агрессия, секс и отношения, воспитание детей, принятие решений) с акцентом на исследования, которые также затрагивают биологические (например, нейронные, эндокринные, иммунные, сердечно-сосудистые, генетические) механизмы, контролирующие поведение.
Пример статьи, название - Diurnal Within-Person Coupling Between Testosterone and Cortisol in Healthy Men: Evidence of Positive and Bidirectional Time-Lagged Associations Using a Continuous-Time Model. Заголовок (Abstract)
Objective
The hypothalamic-pituitary-gonadal (HPG) and -adrenal (HPA) axes are traditional viewed as mutually inhibitory systems. However, several diurnal studies have reported positive within-person testosterone and cortisol relationships, as evidence of facilitative processes, but with some constraints (e.g., low-frequency sampling, use of static longitudinal models). Continuous-time (CT) models can help illuminate testosterone-cortisol “coupling” by testing for bidirectional, cross-lagged effects.
Methods
This study investigated diurnal testosterone and cortisol coupling in healthy males (n = 30) using high-frequency sampling protocols. Participants self-collected saliva at work or home using one of three sampling formats; every 10 mins for 9 h, 15 mins for 8 h, and 30 mins for 10 h. After detrending, daily within-person fluctuations in testosterone and cortisol concentration were modeled in a CT framework.
Results
Autoregressive effects for each hormone indicated moderate stability over a shorter period (~6 mins), as a mean-reverting process, and higher stability over longer time periods. Cross-lagged effects were also demonstrated, with testosterone showing a positive relationship to cortisol (.12 within-person standardized effect) and cortisol to testosterone (.08). Both linkages followed a non-linear trajectory, rising in strength from a zero-time lag to peak with a lag of ~8 mins before dissipation beyond this period.
Conclusion
We verified reports of positive within-person coupling between testosterone and cortisol across the day in healthy men. Added novelty comes from bidirectional and time-lagged associations on hormonal pulses, although the effect sizes were small. Hence, we offer a more nuanced understanding of HPG and HPA crosstalk within a CT framework.