Wise Beyond Their Years: Aging and Changes in Proverb Interpretation

Published on July 4, 2022

Imagine a group of people standing at the starting line of a race. As the whistle blows and they start running, you might expect that the younger runners would leave the older ones in the dust. But what if I told you that when it comes to interpreting proverbs, it’s the older adults who shine? A recent study set out to explore how our ability to understand proverbs changes as we age, and whether this is linked to changes in our brain. The results are fascinating! Researchers found that as we get older, our knack for deciphering the hidden meanings of proverbs actually improves. It turns out that this age-related wisdom may be connected to changes in specific areas of our brain, particularly in the frontal and temporal lobes. Interestingly, these brain changes don’t seem to completely explain why older adults excel at proverb interpretation. The study suggests that there may be other factors at play, such as life experiences and accumulated knowledge. So if you ever find yourself struggling to understand a proverb, maybe it’s time to seek advice from someone with a few more years under their belt! For more details on this intriguing study, check out the full article.

In the present study, we investigated whether interpretation of proverbs differs across the lifespan and if so, whether it is associated with age-related fronto-temporal atrophy. Using a sample of 333 healthy individuals aged 18–89 years, we found a significant effect of age on proverb interpretation [H(2) = 12.001, p = 0.002]: old adults (OA) were better than young adults (YA) (p = 0.002), and so were middle-aged-adults (MA) (p = 0.005). OA and MA had significantly less grey matter (GM) than YA in frontal and temporal lobes bilaterally, and OA less than MA in the right temporal lobe. GM volumes in these regions did not moderate the effect of age on the proverbs scores. The whole-brain analysis of groups’ GM maps revealed that the proverbs scores were associated with more GM in YA relative to OA in the right middle temporal gyrus, which is consistent with evidence on the role of this area in processing of unfamiliar proverbs. Overall, our data suggest that interpretation of proverbs is well preserved in late adulthood, despite considerable age-related cortical atrophy.

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