AI Article Synopsis

  • Starvation negatively impacts learning ability in worms, with significant recovery observed after 3 hours of normal feeding.
  • A high-carbohydrate diet, such as prolonged glucose exposure, also decreases learning ability and affects worm size, with these effects potentially passed down two generations due to epigenetics.
  • Different gene networks regulate the impact of starvation and high-carbohydrate diets on learning ability, as evidenced by various mutant worms tested under different conditions.

Article Abstract

Starvation and high-carbohydrate diet have a big impact on our health, while their effects on the learning ability are not so clear. Here, we used as the model organism to investigate it. We starved the worms for 24 h or fed them with glucose since hatching, and then measured their learning ability at L4 stage using mechanosensory stimulation assay. The results showed that the learning ability was significantly decreased by starvation, while could be gradually recovered after 3 h normal feeding. After glucose treatment, the length-width ratio of worm was reduced and the learning ability was also significantly decreased. Interestingly, this effect could be passed down two generations probably through epigenetic inheritance. To understand the mechanism of these effects, and mutants were used and they affected the learning ability differently under normal or adverse conditions. Therefore, we concluded that starvation and high-carbohydrate diet could modulate the learning ability of , and they were regulated by different gene networks.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6403438PMC
http://dx.doi.org/10.1016/j.heliyon.2019.e01289DOI Listing

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