Clinical variation in the treatment of trigger finger: An international survey of orthopaedic and plastic surgeons.

Trigger finger is a common condition affecting the hand. Therapeutic variability surrounds the management of trigger finger, especially in the mild cases. The aim of this study was to survey secondary care surgeons to describe the current management of trigger fingers.

Availability of synchronous information in an additional sensory modality does not enhance the full body illusion.

The Full body illusion (FBI) is an illusion in which participants experience a change in self-location to a body that is perceived from a third-person perspective. The FBI is usually induced through experimenter generated stroking but can also be induced through self-generated stroking. In four experiments (three preregistered) we compared a self-generated stroking induction condition to a self-generated movement condition, where the only difference between conditions was the presence or absence of touch.

Time for Action: Verbal Action Cues Influence Temporal Binding.

Prior research has shown that our perception of time is compressed when we volitionally perform actions, a phenomenon referred to as temporal binding. In three studies, we investigated the degree to which contextual cues that signaled other agents and related to actions would influence binding, given that those cues may affect individual's feelings of independent action performance. Participants heard action verbalizations that did or did not match actions that participants had already begun performing.

The self-generated full body illusion is accompanied by impaired detection of somatosensory stimuli.

Research has found that body illusions may be accompanied by consequences for the real body whereby various somatosensory and homeostatic bodily functions may be impaired. These findings stem from research where an experimenter induced the body illusions. In line with advances in the domains of videogames and virtual reality where the real body is used as a controller we investigate if these consequences also accompany self-generated body illusions.

When mere action versus inaction leads to robust preference change.

Understanding the formation and modification of preferences is important for explaining human behavior across many domains. Here we examined when and how preferences for food items can be changed by linking mere action versus inaction to these items. In 7 preregistered experiments, participants were trained to consistently respond to certain food items (go items) and not respond to other items (no-go items) in a go/no-go training.