Caffeine is widely used to counteract the effects of sleep loss. This systematic review and
meta-analysis examined the impact of acute caffeine consumption on cognitive, physical …

Performance on many decision‐making tasks is underpinned by metacognitive monitoring,
cognitive abilities, and executive functioning. Fatigue‐inducing conditions, such as sleep …

Turn signal neglect is considered to be a key contributor to crashes at intersections, yet
relatively little research has been undertaken on this topic, particularly in developing …

The consumption of caffeine has been linked to osteoporosis, believed to be due to
enhanced bone resorption as a result of increased calcium excretion in the urine. However …

Caffeinated products are often consumed as a popular countermeasure to the effects of
sleep loss. However, the efficacy of caffeine to exert these effects after consecutive nights of …

In this study we investigated the ability of zebrafish to discriminate visual signs and
associate them with a reward in an associative-learning protocol including distractors …

During sleep deprivation, neurobehavioral functions requiring sustained levels of attention
and alertness are significantly impaired. Discrepancies between subjective measures of …

Road traffic crashes and injuries are a major societal challenge around the world. However,
the majority of injuries and fatalities occur disproportionately in low-income and medium …

Caffeine is widely used to promote alertness and cognitive performance under challenging
conditions, such as sleep loss. Non-digestive modes of delivery typically reduce variability of …

Poor sleep negatively impacts vigilance and is associated with reduced well-being and work
productivity. While many individuals depend on caffeine to counteract the cognitive …