Effects of aging on illusory target motion in a hitting task

Alix Lucile de Dieuleveult, A.M. Brouwer, Petra C. Siemonsma, Johannes Bernardus Fransiscus van Erp, Eli Brenner

    Research output: Contribution to journalMeeting AbstractAcademic

    Abstract

    Age-related changes in multisensory integration (MSI, brain integration of multiple unisensory signals) were investigated. Accurate MSI is a key component of successful aging and crucial to perform activities of daily living (ADLs). Previous research suggests that with aging, different sources of sensory information are not properly weighted anymore. Twenty healthy younger (YA, age 18-34) and twenty-four healthy older adults (OA, age 60-82) were asked to hit discs moving downwards on a screen with their index finger. Illusory direction of motion was included (moving a checkerboard-like background either to the left or right). The discs disappeared before the screen was reached. Experimental conditions were: sitting (baseline), standing on foam (balance task), and sitting while doing a cognitive dual task (counting task). Participants hit the disc more to the right for left background motion compared to right background motion, conforming the illusory effect. OA show a larger effect of the illusion compared to YA in the baseline and balance conditions (p=.036 and p=.047, respectively). The same tendency was shown in the counting condition. Overall, background motion had a greater influence on the counting condition compared to the other conditions (p=.005 for YA and p=.009 for OA). No significant differences were found for the summed reaction and movement time, and no correlations between hitting performance and results of clinical pretests were found. We conclude that OA are more affected by the background motion than YA, which supports the idea that OA do not weigh information properly. Our finding that a cognitive dual task increases the illusion effect in both groups of participants suggests that cognitive resources are required for proper weighting, which may be a problem for OA. Future research will include OA with ADLs difficulties in order to develop a toolkit for early detection of MSI problems in the elderly population.
    Original languageEnglish
    Article number815
    Number of pages14
    JournalJournal of vision
    Volume17
    Issue number10
    DOIs
    Publication statusPublished - Aug 2017
    EventVision Sciences Society Annual Meeting 2017 - TradeWinds Island Resorts, St. Pete Beach, United States
    Duration: 19 May 201724 May 2017

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    de Dieuleveult, A. L., Brouwer, A. M., Siemonsma, P. C., van Erp, J. B. F., & Brenner, E. (2017). Effects of aging on illusory target motion in a hitting task. Journal of vision, 17(10), [815]. https://doi.org/10.1167/17.10.815
    de Dieuleveult, Alix Lucile ; Brouwer, A.M. ; Siemonsma, Petra C. ; van Erp, Johannes Bernardus Fransiscus ; Brenner, Eli. / Effects of aging on illusory target motion in a hitting task. In: Journal of vision. 2017 ; Vol. 17, No. 10.
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    title = "Effects of aging on illusory target motion in a hitting task",
    abstract = "Age-related changes in multisensory integration (MSI, brain integration of multiple unisensory signals) were investigated. Accurate MSI is a key component of successful aging and crucial to perform activities of daily living (ADLs). Previous research suggests that with aging, different sources of sensory information are not properly weighted anymore. Twenty healthy younger (YA, age 18-34) and twenty-four healthy older adults (OA, age 60-82) were asked to hit discs moving downwards on a screen with their index finger. Illusory direction of motion was included (moving a checkerboard-like background either to the left or right). The discs disappeared before the screen was reached. Experimental conditions were: sitting (baseline), standing on foam (balance task), and sitting while doing a cognitive dual task (counting task). Participants hit the disc more to the right for left background motion compared to right background motion, conforming the illusory effect. OA show a larger effect of the illusion compared to YA in the baseline and balance conditions (p=.036 and p=.047, respectively). The same tendency was shown in the counting condition. Overall, background motion had a greater influence on the counting condition compared to the other conditions (p=.005 for YA and p=.009 for OA). No significant differences were found for the summed reaction and movement time, and no correlations between hitting performance and results of clinical pretests were found. We conclude that OA are more affected by the background motion than YA, which supports the idea that OA do not weigh information properly. Our finding that a cognitive dual task increases the illusion effect in both groups of participants suggests that cognitive resources are required for proper weighting, which may be a problem for OA. Future research will include OA with ADLs difficulties in order to develop a toolkit for early detection of MSI problems in the elderly population.",
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    de Dieuleveult, AL, Brouwer, AM, Siemonsma, PC, van Erp, JBF & Brenner, E 2017, 'Effects of aging on illusory target motion in a hitting task', Journal of vision, vol. 17, no. 10, 815. https://doi.org/10.1167/17.10.815

    Effects of aging on illusory target motion in a hitting task. / de Dieuleveult, Alix Lucile; Brouwer, A.M.; Siemonsma, Petra C.; van Erp, Johannes Bernardus Fransiscus; Brenner, Eli.

    In: Journal of vision, Vol. 17, No. 10, 815, 08.2017.

    Research output: Contribution to journalMeeting AbstractAcademic

    TY - JOUR

    T1 - Effects of aging on illusory target motion in a hitting task

    AU - de Dieuleveult, Alix Lucile

    AU - Brouwer, A.M.

    AU - Siemonsma, Petra C.

    AU - van Erp, Johannes Bernardus Fransiscus

    AU - Brenner, Eli

    PY - 2017/8

    Y1 - 2017/8

    N2 - Age-related changes in multisensory integration (MSI, brain integration of multiple unisensory signals) were investigated. Accurate MSI is a key component of successful aging and crucial to perform activities of daily living (ADLs). Previous research suggests that with aging, different sources of sensory information are not properly weighted anymore. Twenty healthy younger (YA, age 18-34) and twenty-four healthy older adults (OA, age 60-82) were asked to hit discs moving downwards on a screen with their index finger. Illusory direction of motion was included (moving a checkerboard-like background either to the left or right). The discs disappeared before the screen was reached. Experimental conditions were: sitting (baseline), standing on foam (balance task), and sitting while doing a cognitive dual task (counting task). Participants hit the disc more to the right for left background motion compared to right background motion, conforming the illusory effect. OA show a larger effect of the illusion compared to YA in the baseline and balance conditions (p=.036 and p=.047, respectively). The same tendency was shown in the counting condition. Overall, background motion had a greater influence on the counting condition compared to the other conditions (p=.005 for YA and p=.009 for OA). No significant differences were found for the summed reaction and movement time, and no correlations between hitting performance and results of clinical pretests were found. We conclude that OA are more affected by the background motion than YA, which supports the idea that OA do not weigh information properly. Our finding that a cognitive dual task increases the illusion effect in both groups of participants suggests that cognitive resources are required for proper weighting, which may be a problem for OA. Future research will include OA with ADLs difficulties in order to develop a toolkit for early detection of MSI problems in the elderly population.

    AB - Age-related changes in multisensory integration (MSI, brain integration of multiple unisensory signals) were investigated. Accurate MSI is a key component of successful aging and crucial to perform activities of daily living (ADLs). Previous research suggests that with aging, different sources of sensory information are not properly weighted anymore. Twenty healthy younger (YA, age 18-34) and twenty-four healthy older adults (OA, age 60-82) were asked to hit discs moving downwards on a screen with their index finger. Illusory direction of motion was included (moving a checkerboard-like background either to the left or right). The discs disappeared before the screen was reached. Experimental conditions were: sitting (baseline), standing on foam (balance task), and sitting while doing a cognitive dual task (counting task). Participants hit the disc more to the right for left background motion compared to right background motion, conforming the illusory effect. OA show a larger effect of the illusion compared to YA in the baseline and balance conditions (p=.036 and p=.047, respectively). The same tendency was shown in the counting condition. Overall, background motion had a greater influence on the counting condition compared to the other conditions (p=.005 for YA and p=.009 for OA). No significant differences were found for the summed reaction and movement time, and no correlations between hitting performance and results of clinical pretests were found. We conclude that OA are more affected by the background motion than YA, which supports the idea that OA do not weigh information properly. Our finding that a cognitive dual task increases the illusion effect in both groups of participants suggests that cognitive resources are required for proper weighting, which may be a problem for OA. Future research will include OA with ADLs difficulties in order to develop a toolkit for early detection of MSI problems in the elderly population.

    U2 - 10.1167/17.10.815

    DO - 10.1167/17.10.815

    M3 - Meeting Abstract

    VL - 17

    JO - Journal of vision

    JF - Journal of vision

    SN - 1534-7362

    IS - 10

    M1 - 815

    ER -

    de Dieuleveult AL, Brouwer AM, Siemonsma PC, van Erp JBF, Brenner E. Effects of aging on illusory target motion in a hitting task. Journal of vision. 2017 Aug;17(10). 815. https://doi.org/10.1167/17.10.815