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Massimo Mogni

Publications and source records attributed to Massimo Mogni.

2 recordsLinked to original sources

Familial robertsonian 13;14 translocation with mental retardation and epilepsy.

Familial reports of a robertsonian translocation in more than two generations are rare. We report three generations (a daughter, the mother, and the mother's father) with a heterozygous, balanced robertsonian translocation t(13;14)(q11;q11). Central nervous system disease was present, but differentially expressed, in generations I and III. The daughter presented with mental delay and epilepsy, and the mother was apparently healthy, whereas the mother's father was again symptomatic, with borderline intelligence. Fluorescent in situ hybridization analysis was performed to exclude a loss or gain of chromosomal material. No uniparental disomy was present. We concluded that genetic counseling in the presence of this rearrangement was extremely difficult, independent of the affected parent being symptomatic or asymptomatic.

Adult↗

Global developmental delay, osteopenia and ectodermal defect: a new syndrome.

UNLABELLED: Global developmental delay is a serious social problem. It is often unrecognized and the phenotypes are inadequately studied. To investigate the phenotypes of children with aspecific central nervous system (CNS) impairment (poor speech, maladaptive behavioral symptoms such as temper tantrums, aggressiveness, poor concentration and attention, impulsiveness, and mental retardation). SETTING: Tertiary care hospital. PATIENTS: Three children (two male siblings, and one unrelated girl). METHODS: We used the results from clinical neurological evaluations; imaging and electrodiagnostic studies; metabolic and genetic tests; skin biopsies and bone mineral densitometry. All three children suffered from (A) global developmental delay, (B) osteopenia, and (C) identical skin defects. The skin ultrastructural abnormalities were abnormal keratin differentiation, consisting of hyperkeratosis and granular layer thickening; sweat gland abnormalities, consisting of focal, cytoplasmic clear changes in eccrine secretory cells; and melanocyte abnormalities, with both morphological changes (reduced number and size without evident dendritic processes), and functional changes (defects in the migration of melanosomes in the keratinocytes). These patients present a previously unrecognized syndrome. We retain useful to report this new association, to be recognized, in the next future, as a specific key-sign of a well-defined genetic defect.

Biopsy↗