Publications by authors named "E P Colton"

Binge eating (BE) is associated with psychological distress, functional impairment, and elevated risk of eating disorder diagnoses, and BE prevalence is increasing. Motivational and self-regulatory processes such as delay discounting may be important influences on BE; however, evidence is inconclusive, and lacks explanation of mechanisms. This study investigated how food choice motives mediate the pathway from delay discounting (DD) to BE symptomatology.

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Episodic future thinking (EFT) strengthens self-regulation abilities by increasing the perceived value of long-term reinforcements and reducing impulsive choice in delay discounting tasks. As such, EFT interventions have the potential to improve dietary and eating-related decision-making in individuals with obesity or binge eating symptoms, conditions associated with elevated delay discounting. Here, we meta-analyzed evidence from 12 studies that assessed whether EFT interventions improve delay discounting and real-world food choice compared to control interventions.

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An enduring question in cognitive science is how perceptually novel objects are processed. Addressing this issue has been limited by the absence of a standardised set of object-like stimuli that appear realistic, but cannot possibly have been previously encountered. To this end, we created a dataset, at the core of which are images of 400 perceptually novel objects.

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Binge-Eating Disorder (BED) involves anticipatory craving and urges, subjective loss-of-control during binge-eating episodes, and post-feeding psychological distress and guilt. Evidence indicates neurocognitive dysfunctions contribute to BED onset, maintenance, and treatment response. However, an integrated understanding of how cognitive processes underpin BED symptomology is lacking.

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Halophytes are plants that are adapted to grow in saline soils, and have been widely studied for their physiological and molecular characteristics, but little is known about their associated microbiomes. Bacteria were isolated from the rhizosphere and as root endophytes of and , three native Utah halophytes. A total of 41 independent isolates were identified by 16S rRNA gene sequencing analysis.

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