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Congenital disorders of glycosylation with defective fucosylation

Authors :
Hüllen, A.
Falkenstein, K.
Weigel, C.
Huidekoper, H.
Naumann-Bartsch, N.
Spenger, J.
Feichtinger, R.G.
Schaefers, J.
Frenz, S.
Kotlarz, D.
Momen, T.
Khoshnevisan, R.
Riedhammer, K.M.
Santer, R.
Herget, T.
Rennings, A.J.
Lefeber, D.J.
Mayr, J.A.
Thiel, C
Wortmann, S.B.
Hüllen, A.
Falkenstein, K.
Weigel, C.
Huidekoper, H.
Naumann-Bartsch, N.
Spenger, J.
Feichtinger, R.G.
Schaefers, J.
Frenz, S.
Kotlarz, D.
Momen, T.
Khoshnevisan, R.
Riedhammer, K.M.
Santer, R.
Herget, T.
Rennings, A.J.
Lefeber, D.J.
Mayr, J.A.
Thiel, C
Wortmann, S.B.
Source :
Journal of Inherited Metabolic Disease; 1441; 1452; 0141-8955; 6; 44; ~Journal of Inherited Metabolic Disease~1441~1452~~~0141-8955~6~44~~
Publication Year :
2021

Abstract

Item does not contain fulltext<br />Fucosylation is essential for intercellular and intracellular recognition, cell-cell interaction, fertilization, and inflammatory processes. Only five types of congenital disorders of glycosylation (CDG) related to an impaired fucosylation have been described to date: FUT8-CDG, FCSK-CDG, POFUT1-CDG SLC35C1-CDG, and the only recently described GFUS-CDG. This review summarizes the clinical findings of all hitherto known 25 patients affected with those defects with regard to their pathophysiology and genotype. In addition, we describe five new patients with novel variants in the SLC35C1 gene. Furthermore, we discuss the efficacy of fucose therapy approaches within the different defects.

Details

Database :
OAIster
Journal :
Journal of Inherited Metabolic Disease; 1441; 1452; 0141-8955; 6; 44; ~Journal of Inherited Metabolic Disease~1441~1452~~~0141-8955~6~44~~
Publication Type :
Electronic Resource
Accession number :
edsoai.on1292978613
Document Type :
Electronic Resource