abstract Study Objectives: Epidemiological studies point to a strong association between
short sleep duration and the development of diabetes. We examined the hypothesis that …

Context Chronobiological factors may modulate the impact of sleep loss on glucose
homeostasis. However, these interactions have not been systematically assessed in …

Study Objectives: A link between sleep loss and increased risk for the development of
diabetes is now well recognized. The current study investigates whether sleep extension …

Background: Sleep loss has repeatedly been suggested to affect glucose metabolism
adversely, raising the question as to the impact of subtle forms of sleep loss. Objective: The …

Insufficient sleep is associated with changes in glucose tolerance, insulin secretion, and
insulin action. Despite widespread use of weight‐loss diets for metabolic risk reduction, the …

Background: Short sleep duration has been linked to impaired glucose metabolism in many
experimental studies. Moreover, studies have reported indications of an increased metabolic …

Context: Epidemiological data indicate that reduced sleep duration is associated with
increased incidence of type-2 diabetes. Objective: The aim of the study was to test the …

Context and purpose The literature suggests that severe sleep loss of more than a few hours
a night decreases glucose tolerance and insulin sensitivity. The aim of this study was to …

This study identifies the effects of sleep restriction and subsequent recovery sleep on
glucose homeostasis, serum leptin levels, and feelings of subjective satiety. Twenty‐three …

Study Objectives: Sleep deprivation is known to be associated with insulin resistance and
diabetes risk. This study investigated whether 2-week sleep extension in chronically sleep …