Key result
Baseline resting-state functional connectivity in a sensory and motor cortical subnetwork correlated with future weight loss after 6 months of lifestyle intervention in overweight participants.
Why the study?
Lifestyle dietary interventions are essential for treating obesity, making neural factors that might predict individual treatment success of great significance.
Does baseline brain resting-state functional connectivity predict weight loss following 6 months of lifestyle intervention in overweight participants?
Population
92 overweight participants
Comparison
Three arms of lifestyle intervention
Design
Prospective, open-label, three arms study
Follow-up
6 months
Authors
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Sensory-motor connectivity was associated with weight loss; leaves open utility for personalizing lifestyle interventions pending prospective validation.
Cohort (n=92)
Open-label
Does baseline brain resting-state functional connectivity predict weight loss following 6 months of lifestyle intervention in overweight participants?
Baseline brain resting-state functional connectivity in sensory and motor cortical regions, potentially linked to brain-gastric interactions, predicts future weight loss following lifestyle intervention in overweight individuals.
Levakov et al. (2020) conducted a cohort in Overweight (n=92). Lifestyle dietary intervention was evaluated on Correlation between brain resting-state functional connectivity measured at baseline and weight loss. Baseline resting-state functional connectivity in a sensory and motor cortical subnetwork correlated with future weight loss after 6 months of lifestyle intervention in overweight participants.
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