Research challenges theoretical constraints on visual forms that can r…

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    A part of the brain that maps letters to sounds can acquire a second, visually distinct alphabet for the same language, according to a study of English speakers published in eNeuro. The research challenges theoretical constraints on the range of visual forms available to represent written language.

    For adults, becoming fluent in a foreign language, particularly one with a new alphabet, can be challenging. This may be because their brain has been specialized by their first language. It is unclear whether the so-called visual word form area (VWFA) — a brain region that responds to letters — is similarly inflexible in adulthood.

    Lea Martin, Julie Fiez, and colleagues taught undergraduate university students how to read a fictional writing system called HouseFont, which assigns images of houses to English phonemes. Participants achieved proficiency in this pseudo writing system akin to a first-grade reading level. After the training, the researchers observed increased VWFA activity that predicted participants’ reading speed. This effect was not observed in the parahippocampal place area — a brain region that has been shown to respond selectively to images of houses. These findings suggest HouseFont was acquired as an additional alphabet, and show how learning a new writing system shapes the reading brain.

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    Materials provided by Society for Neuroscience. Note: Content may be edited for style and length.

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