Domenie ED, Zarantonello L, Mangini C, Formentin C, Giusti G, Ruggerini D, Cusumano P, Biscontin A, Costa R, Montagnese S J Circadian Rhythms The human circadian timing system depends on the light/dark cycle as its main cue to synchronize with the environment, and thus with solar time. However, human activities depend also on social time, […]
Orsini F, Giusti G, Zarantonello L, Costa R, Montagnese S, Rossi R Transportation Research Part F: Traffic Psychology and Behaviour The Spring transition to Daylight Saving Time (DST) has been associated with several health and road safety issues. Previous literature has focused primarily on the analysis of historical crash and hospitalization data, without investigating specific […]
Klerman EB, Brager A, Carskadon MA, Depner CM, Foster R, Goel N, Harrington M, Holloway PM, Knauert MP, LeBourgeois MK, Lipton J, Merrow M, Montagnese S, Ning M, Ray D, Scheer FAJL, Shea SA, Skene DJ, Spies C, Staels B, St-Onge MP, Tiedt S, Zee PC, Burgess HJ Clin Transl Med Background: Daily rhythms are […]
Orsini F, Zarantonello L, Costa R, Rossi R, Montagnese S iScience Circadian desynchrony and sleep deprivation related to the Spring transition to Daylight Saving Time (DST) have been associated with several unfavorable outcomes, including an increase in road traffic accidents. As previous work has mainly focused on analyzing historical crash/hospitalization data, there is virtually no literature […]
Biscontin A, Zarantonello L, Russo A, Costa R, Montagnese R J Biol Rhythms The aim of the present study was to develop a Polygenic Score-based model for molecular chronotype assessment. Questionnaire-based phenotypical chronotype assessment was used as a reference. In total, 54 extremely morning/morning (MM/M; 35 females, 39.7 ± 3.8 years) and 44 extremely evening/evening […]
Costa R, Kyriacou C Front Physiol Circadian rhythms are ubiquitous and are observed in nearly all organisms that have been studied which inhabit our planet. These include animals, plants, fungi as well as some bacteria. These endogenous clocks will tick along nicely with an approximately 24 h period in constant conditions because they are generated […]
Ferrazzi E., Romualdi C., Ocello M., Frighetto G., Turco M.,Vigolo S., Fabris F., Angeli P.,Vettore G., Costa R., Montagnese S. Journal of Biological Rhythms Daylight saving time (DST) is a source of circadian disruption impinging on millions of people every year. Our aim was to assess modifications, if any, in the number, type, and outcome […]
