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Biomedical subjects

C M Moon

Publications and source records attributed to C M Moon.

4 recordsLinked to original sources

Evidence of transnatal auditory learning.

There is converging evidence for fetal retention of auditory experience into early postnatal life, but critical tests with appropriate controls are rare due to methodological hurdles. Research has been conducted on newborn response to naturally occurring stimuli such as heartbeats, intrauterine recordings, pre- and postnatal versions of the maternal voice, father's voice, and unfamiliar voices. Postnatal experience cannot be ruled out as a possible explanation for many results. Only one critical prenatal exposure experiment with postnatal testing has been carried out and published in a peer-reviewed scientific journal. Interpretation of acoustic and linguistic information on intrauterine recordings suggests that the prosodic features of speech (pitch contours, rhythm, and stress) are available to the fetus. This is compatible with newborn responses and may contribute to language acquisition during the first year. There is no sound evidence that providing extra prenatal auditory stimulation benefits the developing child, and there are potential risks.

Fetus↗

Pityriasis amiantacea.

Pityriasis amiantacea is an easily recognizable cutaneous disease that is characterized by scaling of the scalp and temporary alopecia. The scaling, described as thick and asbestos-like, binds down tufts of hair. The alopecia may be temporary or scarring. Despite a well-established clinical description, no definitive etiology has been uncovered. This disease may represent seborrheic dermatitis, superficial fungal or pyogenic infections, lichen planus, or psoriasis. Histologically, the disease is characterized by eczematous features. We report a case of pityriasis amiantacea in an 11-year-old girl with simultaneous findings of psoriasis as well as review the literature on the etiology of this disease.

Alopecia↗

The role of mother's voice in the organization of brain function in the newborn.

Newborn infants prefer the sound of the maternal voice within the first two days after birth. This early preference may be based on prenatal experience. The mother's voice is reported to be the most intense acoustical signal measured in the amniotic environment. Data showing the ability of the newborn to demonstrate voice preferences are presented. We have also investigated the response of the perinatal autonomic nervous system to speech sound stimulation. Both the newborn and fetus show heart rate decelerations in response to speech sounds. This cardiorespiratory attentional response occurs during sleep when sensory stimulation is probably influencing perinatal brain development. Early experience with voice has both acute and enduring effects on the developing brain. These effects have ramifications for the development of the auditory system, as well as for later social and emotional development. Further speculation and discussion on the form, function and assessment of newborn responsiveness to voice will be offered.

Brain↗