Cardiorespiratory interactions during three different temperatures - a case report

Lin, A. and Zilakos, I. and Ugland, N. and Andersen, M.B. and Bergersen, T.K. and Stankovski, T. and Stefanovska, A. and Elstad, M. (2020) Cardiorespiratory interactions during three different temperatures - a case report. In: 11th Conference of the European Study Group on Cardiovascular Oscillations, ESGCO 2020. IEEE. ISBN 9781728157528

Abstract

Our study explored the cardiorespiratory interactions during three different ambient temperatures. We established coupling functions of cardiorespiratory interactions by applying dynamic Bayesian inference to investigate if and how thermoregulation affects those oscillators. Our preliminary results indicate that both, the coherence and coupling between cardiorespiratory oscillations change with individual level of temperature stress.