Donnerstag, 12. Juli 2012

How Do We Link Words to Their Meanings?



 “Exceptions confirm the rule”, this proverb could be applied to a family that suffers from a unique memory deficit: at least four generations struggle to assign words to concepts and meaning, which results in problems to memorize word lists or even stories they were just told. Although the family in question seems to be the only one with this specific trait, research could bring results that explain language development in general. Tests have shown, that members of this family have verbal intelligence like everybody else and non-verbal intelligence that is even above average, which contradicts some of the family member’s self-perception of being stupid. What makes their brains different from the ones of the control group is the comparatively little amount of “neurons and glial cells” – the so-called “grey matter” in a brain area that is “linked to processing word meaning”. This abnormality might be caused by one single gene, which is currently searched for by geneticist Simon Fisher and psychiatrist David Skuse. Yet, although these findings could help us to better understand our brains, it probably comes a little late for the family.

-Malin

http://www.nature.com/news/gene-mutation-sought-to-explain-mysterious-language-problem-1.10851

1 Kommentar:

  1. “The exception that confirm the rule”: [E-collocative][P] this proverb could be applied to a family, collective dubbed “JR” by researchers for purposes of anonymity, [foc,coh,M] at least four generations of which [foc, coh] suffer from a unique memory deficit: [s.a.] the individuals [foc] all struggle to assign words to concepts and meaning, which results in problems memorizing [WF] word lists or even stories they were just told. Although the family in question seems to be the only one with this specific trait, research could bring results that explain language development in general. Tests have shown [P] that members of this family have verbal intelligence like everybody else and non-verbal intelligence that is even above average, which contradicts some of the family members’ [P,Gr] self-perception of being stupid. What makes their brains different from the ones of the control group is the comparatively little amount of “neurons and glial cells”—the so-called “grey matter” in a brain area that is “linked to processing word meaning.” [P-NAE or BE]This abnormality might be caused by one single gene, which is currently being [Gr]searched for by geneticist Simon Fisher and psychiatrist David Skuse. Yet, although these findings could help us to better understand our brains, it probably comes a little late for the family.

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