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The genetic defect in the various types of human β-galactosidase deficiency

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Summary

Gene localization studies revealed the presence of two structural β-galactosidase (βGAL) loci on the human chromosomes 3 and 22 (de Wit et al., 1979). To determine the function of these genes, proliferating hybrid cell lines were isolated following fusion of fibroblasts from two different patients with a βGAL deficiency and Chinese hamster cells. The hybrids were analyzed electrophoretically and immunologically.

Fibroblasts from a patient with an adult type of βGAL deficiency associated with a neuraminidase deficiency were used for the first fusion. No evidence for a structural βGAL mutation was found in these hybrids. The absence of a structural βGAL mutation is consistent with a primary defect in neuraminidase in this adult patient.

Fibroblasts from a patient with the infantile type 1 GM1-gangliosidosis were used for the second fusion. It is concluded that the human determinants present in the isolated hybrid lines occur in heteropolymeric man-Chinese hamster molecules. The heteropolymeric isoenzyme in (+3–22) hybrids is very labile and is sensitive to neuraminidase treatment. Therefore it is concluded that the infantile type 1 patient is mutated in the structural βGAL gene on chromosome 3. Because this patient has a primary defect in GM1-βGAL, the βGAL gene on chromosome 3 is apparently a G M1-βGAL gene. Interaction of the two βGAL loci results in an additional band of βGAL activity on electrophoresis. This suggests that the gene on chromosome 22 is also a structural G M1-βGAL gene.

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Hoeksema, H.L., De Wit, J. & Westerveld, A. The genetic defect in the various types of human β-galactosidase deficiency. Hum Genet 53, 241–247 (1980). https://doi.org/10.1007/BF00273505

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