1998
DOI: 10.1177/155005949802900105
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P300 Latency and Age: A Quadratic Regression Explains Their Relationship from Age 5 to 85

Abstract: The use of P300 latency to demonstrate cognitive dysfunction is important. P300 latency decreases with age in children and then increases with age in adults. It has been debated whether the relationship between age and P300 latency is linear or quadratic. If the relationship is linear, then at least two regression equations in opposite directions are required for children and for adults, and perhaps a third for the elderly. This is a report of data from an age-stratified sample of 97 normal individuals ages 5 … Show more

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Cited by 17 publications
(10 citation statements)
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“…ERP responses to both paradigms are shown in Fig. 1 and appear to resemble those reported for children of Ž other ethnicities see Sangal et al, 1998;Sangal . and Sangal, 1996 .…”
Section: Descripti¨e Datasupporting
confidence: 60%
See 1 more Smart Citation
“…ERP responses to both paradigms are shown in Fig. 1 and appear to resemble those reported for children of Ž other ethnicities see Sangal et al, 1998;Sangal . and Sangal, 1996 .…”
Section: Descripti¨e Datasupporting
confidence: 60%
“…Ž . range 466 " 55 ms by Sangal et al 1998 . No significant associations were detected for P3 latency and FH or NAH.…”
Section: Descripti¨e Datamentioning
confidence: 98%
“…Moreover, the latency and amplitude of the P300 decrease and increase respectively with age, until adolescence, reflecting maturation processes in the CNS (Martin et al 1988, Polich et al 1990, Sangal et al 1998). Effects of prenatal exposure to PCBs and dioxins on the P300 have been addressed in the Yu Cheng, Taiwan cohort (Chen and Hsu 1994), consisting of children born to mothers that were accidentally exposed to high levels of PCBs and polychlorinated dibenzofurans.…”
mentioning
confidence: 98%
“…In children, P300 abnormalities have been associated with several pathologies including cognitive dysfunction (Finley et al 1985, Kaneko et al 1996, attention-deficit disorders (Holcomb et al 1985, Satterfield et al 1990, and dyslexia (Taylor and Keenan 1990). Moreover, the latency and amplitude of the P300 decrease and increase respectively with age, until adolescence, reflecting maturation processes in the CNS (Martin et al 1988, Polich et al 1990, Sangal et al 1998). Effects of prenatal exposure to PCBs and dioxins on the P300 have been addressed in the Yu Cheng, Taiwan cohort (Chen and Hsu 1994), consisting of children born to mothers that were accidentally exposed to high levels of PCBs and polychlorinated dibenzofurans.…”
mentioning
confidence: 99%
“…Robust responders had significantly higher 31-electrode mean auditory P300 amplitude (11.7 vs 5.3 μv; t = 2.912; df = 11.2; p = 0.014). Seven of ten robust responders and one of seven nonresponders had a 31-electrode mean AA greater than 6.8 μV, which was the mean AA of our normal sample across age groups [32]. The Pearson chi-χ, using a cut-off of 6.8 μV, was 5.1, which gives a twotailed p = 0.024.…”
Section: Mph Responders Mph Nonrespondersmentioning
confidence: 99%