Repository logoRepository logo
GRO
  • GRO.data
  • GRO.plan
Help
  • English
  • Deutsch
Log In
New user? Click here to register.Have you forgotten your password?
Publications
Researcher
Organizations
Other
  • Journals
  • Series
  • Events
  • Projects
  • Working Groups

Browsing by Author "Berna, L."

Filter results by typing the first few letters
Now showing 1 - 1 of 1
  • Results Per Page
  • Sort Options
  • Some of the metrics are blocked by your 
    consent settings
    Prosaposin deficiency - A rarely diagnosed, rapidly progressing, neonatal neurovisceral lipid storage disease. Report of a further patient
    (2005)
    Elleder, M.
    ;
    Jerabkova, M.
    ;
    Befekadu, A.
    ;
    Hrebicek, M.
    ;
    Berna, L.
    ;
    Ledvinova, J.
    ;
    Hulkova, H.
    ;
    Rosewich, Hendrik  
    ;
    Schymik, N.
    ;
    Paton, B. C.
    ;
    Harzer, K.
    An infant presented with multifocal myoclonus and cyanotic hypoxemia immediately after birth, and severe feeding problems, a protein-losing enteropathy, massive ascites and grandmal epilepsy marked his rapid downhill course, with death at 17 weeks. At 2 weeks, brain MRI revealed grey matter heterotopias in the parieto-occipital regions suggestive of a cortical morphogenetic disorder. In cultured skin fibroblasts, lipid storage and reduced activities of ceramidase, galactosylceramide beta-galactosiclase and glucosylceramide P-glucosidase were evident. Autopsy disclosed generalised lysosomal lipid storage with macrophages and adrenal cortex prominently affected. The pattern of stored lipids in cultured fibroblasts and in dewaxed spleen tissue blocks was compatible with a diagnosis of prosaposin (pSap) deficiency (pSap-d). Neuropathologically, there was a pronounced generalised neurolysosomal storage combined with a severe depletion of cortical neurons and extreme paucity of myelin and oligodendroglia. This pathology, in particular the massive neuronal loss, differed from that in other neurolipidoses and could be explained by the reduced hydrolysis of multiple sphingolipids and the loss of pSap's neurotrophic function. The absence of immunostainable saposins on tissue sections and the presence of a homozygous c.1 A > T mutation in the prosaposin gene confirmed the diagnosis. PSap-d may be an underdiagnosed condition in infants with severe neurological and dystrophic signs starting immediately after birth.

About

About Us
FAQ
ORCID
End User Agreement
Privacy policy
Cookie consent
Imprint

Contact

Team GRO.publications
support-gro.publications@uni-goettingen.de
Matrix Chat: #support_gro_publications
Feedback

Göttingen Research Online

Göttingen Research Online bundles various services for Göttingen researchers:

GRO.data (research data repository)
GRO.plan (data management planning)
GRO.publications (publication data repository)
Logo Uni Göttingen
Logo Campus Göttingen
Logo SUB Göttingen
Logo eResearch Alliance

Except where otherwise noted, content on this site is licensed under a Creative Commons Attribution 4.0 International license.