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Biomedical subjects

A M Brues

Publications and source records attributed to A M Brues.

At least 19 recordsLinked to original sources
PubMed1992

Forensic diagnosis of race--general race vs specific populations.

Commonly used methods of diagnosing racial affinity from the skull may give paradoxical results. This may be due to using single populations to represent large geographical areas, and to the use of measurements unduly subject to local variation. It is suggested that a more flexible approach, using appropriate local populations and selected measurements, would be entirely practical with the use of modern small computers.

Anthropology, Physical↗
PubMed1983

Survey of ocular cataracts in radium dial workers.

A survey of the medical records of 813 female radium dial workers first exposed to radium before 1930 yielded reports of 119 cataracts in the group whose radium body burden had been measured at least once. After dividing the subjects into high and low dose groups, the data were analyzed according to latency (time between first employment and first diagnosis of cataract), duration of employment and age at first exposure. Duration of employment and age at employment showed no significant correlation with dose. Latency, however, showed a significant negative correlation with dose. Since radiation cataracts tend to occur earlier than so-called senile cataracts, these preliminary data suggest the need for further investigation.

Adult↗
PubMed1975

Rethingking human pigmentation.

Though pigmentation has been of interest to anthropologists for a long time, its inheritance, and particularly the reasons for the incomplete correlation of skin, hair and eye, is poorly understood. It is suggested that this is largely due to lack of genetically plausible hypotheses. Taking into account racial and individual variation in pigment traits, and knowledge of pigmentation in other mammals, a minimum set of genetic factors for pigmentation in man is suggested. These include: (1) a set of polygenes affecting skin color only; (2) one locus for depigmentation of the eye, not affecting skin or hair, (3) one pleiotropic gene for reduction of pigment at all sites, and (4) one or more loci with multiple alleles producing blondness or rufosity of the hair in symmetrical patterns over the body.

Eye Color↗