Fróðskaparrit - 01.01.1975, Qupperneq 10

Fróðskaparrit - 01.01.1975, Qupperneq 10
18 Amylo-l,6-glucosidase deficiency also failed to support the information that these three individuals were full sibs; it was more likely that only V. 113 and 114 were full sibs. Incidentally, the rare Rh-gene D- -, which has formerly been described in the population of the Faroe Islands, must be present in Y. 114, his father and the sibs of the father in order to explain the Rh-types in this part of the kindred. Discussion The relationships established between the 6 probands and the possibility that the 7th proband was also related to the other as well as the distribution of the patients in the larger family give strong support to the assumption of autosomal recessive inheritance. The clinical picture observed in the probands brought no new features, but the 6 probands known to belong to one and the same family reflected the variation which may be observed in patients carrying the same gene (in the homo- zygous condition). A rough estimate of the incidence of the condition may be obtained as it is known that about 14,000 children were born alive in the Faroe Islands during the period 1953—70, and 7 of these were later diagnosed as cases of amylo-l,6-glucosi- dase deficiency. This leads to a higher estimate of the incidence than found in any population studied previously. The pre- sumed high rate of consanguinity is of course an important factor in the explanation of this observation, but additional possibilities should also be considered. As the prognosis of the disease seems to be relatively good, it may be expected that a mutant gene of this type, when introduced into a population with high frequency of intermarriage, may give rise to a high number of cases. The determination of amylo-l,6-glucosidase activity in the leucocytes seems to have provided a reliable diagnosis in all the present probands. The definite heterozygotes show a median value which lies between that of the patients and the normal controls, but as the distribution of values seen in heterozygotes overlaps the distribution in normals to a considerable extent
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