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The pathologist's approach to the diagnosis of metabolic disease.

Many inborn errors of metabolism have tissue changes that suggest or indicate a diagnosis on morphologic bases. This emphasizes the involvement of the pathologist in the study of tissues obtained by biopsy as part of the diagnostic workup of cases with clinical evidence suggesting a metabolic disorder. Some of these diseases involve proteins with enzymatic activity with a consequent backlog of precursor metabolites. If these metabolites are insoluble or compartmentalized in cells, they accumulate in tissues. The diagnosis in those cases rests on establishing the nature of the accumulated materials and their topographic distribution. In some storage diseases, the abnormal substance can be identified in the affected tissues by histochemistry or ultrastructure. Another group of inborn disorders of metabolism produce changes in subcellular organelles such as peroxisomes and mitochondria. A third group is expressed by rather unique tissue changes which strongly suggest the diagnosis of metabolic disease.

Biomarkers↗

Gene therapy of metabolic diseases.

This review surveys the potential application of gene therapy to metabolic diseases. Proof of principle has been achieved in the treatment of two inherited immunodeficiency conditions. A significant safety issue has also been observed. Several strategies are being experimentally tested for a number of metabolic diseases (more than 20) and may provide a rationale for the future development of clinical trials.

Gene Targeting↗

Does the secretion of cytokines in the periphery reflect their role in bone metabolic diseases?

Much interest has been focused on the role of the immune system in bone remodeling. Here, we compare the production of Interleukin-1 beta (IL-1 beta) and interleukin-6 (IL-6) by peripheral blood mononuclear cells (PBMC) in elderly Paget's patients, elderly osteoporotic patients and in normal elderly subjects. We studied Paget's patients (71.00 +/- 3.74 years), 7 osteoporotic patients (71.86 +/- 3.23 years), age and sex matched, and 5 elderly healthy control subjects (74.20 +/- 4.10 years) An ELISA test was used to quantify IL-1 beta and IL-6 in the supernatant culture of PBMC stimulated by phytohemagglutinin (PHA). IL-1 beta and IL-6 production from Paget's patients (IL-1 beta, 651.43 +/- 95.92 pg/ml; IL-6, 1402.85 +/- 148.11 pg/ml) was not statistically different from the production observed in the osteoporotic patients (IL-1 beta, 552.57 +/- 79.04 pg/ml; IL-6, 1458.85 +/- 118.35 pg/ml) and in the healthy elderly group (IL-1 beta, 717.60 +/- 131.34 pg/ml; IL-6, 1502.40 +/- 211.90 pg/ml). Although IL-1 and IL-6 can be involved in the bone remodeling process, we did not find any difference when we compared their production by PBMC in elderly normal, elderly osteoporotic and elderly Paget's patients.

Aged↗

[Metabolic diseases of bones. Catamnestic study of the incidence and kind of problems in surgical treatment].

By a catamnestic study at Orthopedic Department of Homburg/Saar University Clinic 156 courses of variant constitutional diseases of bone (1965-1986) were recorded. The frequencies of primary spontaneous fractures, fracture healing-disturbances, refractures and pseudarthroses after operative management of bone lesions or correction-osteotomies were of special interest. While there was no increased rate of traumatic or spontaneous lesions or prolongated healing-rate in case of Rickets and M. Ollier, those complications with need of osteosynthetic measures were more often due to M. Paget and M. Jaffé-Lichtenstein. As expected, osteogenesis imperfecta represented the highest rate of osseous lesions; an uneven situation was found among multiple/generalized epi- and metaphyseal dysplasias.

Adolescent↗

[Biotinidase deficiency--a progressive metabolic disease in children with seizures and ataxia].

Biotinidase deficiency is the primary biochemical defect in late-onset multiple carboxylase deficiency and an autosomal recessive disorder and characterized by seizures, ataxia, alopecia and skin rash. We describe a colorimetric semiquantitative method for screening for biotinidase activity from dried samples of whole blood spotted on filter papers. The administration of biotin to affected children can be a lifesaving procedure and can prevent irreversible neurologic damage.

Amidohydrolases↗