Authors
NA Alam, AJ Rowan, NC Wortham, PJ Pollard, M Mitchell, JP Tyrer, E Barclay, E Calonje, S Manek, SJ Adams, PW Bowers, NP Burrows, R Charles-Holmes, LJ Cook, BM Daly, GP Ford, LC Fuller, SE Hadfield-Jones, N Hardwick, AS Highet, M Keefe, SP MacDonald-Hull, EDA Potts, M Crone, S Wilkinson, F Camacho-Martinez, S Jablonska, R Ratnavel, A MacDonald, RJ Mann, K Grice, G Guillet, MS Lewis-Jones, H McGrath, DC Seukeran, PJ Morrison, S Fleming, S Rahman, D Kelsell, I Leigh, S Olpin, IPM Tomlinson
Publication date
2003/6/1
Journal
Human molecular genetics
Volume
12
Issue
11
Pages
1241-1252
Publisher
Oxford University Press
Description
Germline mutations of the fumarate hydratase (FH, fumarase) gene are found in the recessive FH deficiency syndrome and in dominantly inherited susceptibility to multiple cutaneous and uterine leiomyomatosis (MCUL). We have previously reported a number of germline FH mutations from MCUL patients. In this study, we report additional FH mutations in MCUL and FH deficiency patients. Mutations can readily be found in about 75% of MCUL cases and most cases of FH deficiency. Some of the more common FH mutations are probably derived from founding individuals. Protein-truncating FH mutations are functionally null alleles. Disease-associated missense FH changes map to highly conserved residues, mostly in or around the enzyme's active site or activation site; we predict that these mutations severely compromise enzyme function. The mutation spectra in FH deficiency and MCUL are similar, although …
Total citations
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