European Journal of Human Genetics

TABLE 1

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Genotype−phenotype studies in nail-patella syndrome show that LMX1B mutation location is involved in the risk of developing nephropathy

Ernie M H F Bongers, Frans T Huysmans, Elena Levtchenko, Jacky W de Rooy, Johan G Blickman, Ronald J C Admiraal, Patrick L M Huygen, Johannes R M Cruysberg, Pauline A M P Toolens, Judith B Prins, Paul F M Krabbe, George F Borm, Jeroen Schoots, Hans van Bokhoven, Angela M F van Remortele, Lies H Hoefsloot, Albert van Kampen and Nine V A M Knoers

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Table 1. Limb and pelvis anomalies in 32 nail-patella syndrome families

  Frequency (%)a
Thumbnail and or fingernail anomalies100
 Nail hypoplasia, splitting, ridging 46.1
 Nail aplasia 20.2
 Triangular lunulae 79.8
 
Toenail dysplasia and or dystrophia (mainly comprised of small and brittle nails)52.5
Swan-neck deformity of fingers76.5
Absence of 1 creases on the dorsal aspect of the distal interphalangeal joints of the fingers82.5
Pterygia elbow5.0
Scoliosis34.5
 
Patellofemoral joint anomaliesb
 Patellar aplasia 6.1
 Patellar hypoplasia 81.0
 Underdeveloped lateral femoral condyles 78.3
 Prominent medial femoral condyles 76.7
 Genu valgum 61.2
 
Elbow anomaliesb
 Radial head hypoplasia 45.2
 Radial head dislocation 45.1
 Capitellum hypoplasia 21.7
 Cubitus valgus 12.0
 
Pelvis anomalies
 Iliac horns 78.4
 Iliac bone hypoplasia 75.5
 Iliac bone flaring 76.6

a Findings of physical and radiographic investigation were available from series ranging from 87 to 106 individuals.

b The skeletal anomalies were separately evaluated for the left and right patellofemoral joint and elbow, and the frequency of these anomalies represent the sum of these findings, respectively.

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