Brainstem auditory evoked responses were recorded longitudinally from 11 neonatal baboons (Papio hamadryas), 6 of which were preterm. Recordings were made in unsedated animals from day 161 to day 362 after conception (term = 182 days). The pattern of development of both waveform morphology and of wave latency was consistent with that seen in the human neonate, with a rapid maturation of the response during the perinatal period, and then a slower development to adult values. Brainstem conduction time was measured from the wave I to wave IV interval, and this demonstrated a similar pattern, with a rapid decrease in latency up to term, and then decreasing more slowly to reach adult values by 4 months of age in the baboon.
Journal article
Brainstem auditory evoked response development in preterm and term baboons (Papio hamadryas)
Developmental Brain Research, Vol.82(1-2), pp.181-184
1994
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Source: InCites
Abstract
Details
- Title
- Brainstem auditory evoked response development in preterm and term baboons (Papio hamadryas)
- Creators
- Deborah A Edwards - King George V HospitalDavid John Henderson-Smart - King George V HospitalAlan George Pettigrew - University of SydneyAngelique Wetzlar - King George V HospitalAndrew F Phippard - Royal Prince Alfred Hospital
- Publication Details
- Developmental Brain Research, Vol.82(1-2), pp.181-184
- Identifiers
- 1097; 991012820585602368
- Academic Unit
- Gnibi College of Indigenous Australian Peoples
- Resource Type
- Journal article