Table 1.

Phenotypic comparison between Apert syndrome patients and mice

Affected organHumans* (%)Mice (%)
Skull 100 (68/68) 100 (10/10) 
Craniosynostosis 100 (68/68) 67 (6/9) 
Midline suture 100(N/A) 100 (10/10) 
Palate 58 (39/67) 100 (8/8) 
Central nervous system 21 (10/48) 20 (2/10)§ 
Trachea Eight cases 8 (1/13)§ 
Thymus No reported cases 50 (5/10) 
Lungs 1.5(2/136) 100 (13/13) 
Cardiovascular system 16 (11/67) 64 (7/11) 
Gastrointestinal system 1.5(2/136) 50 (5/10) 
Genitourinary system 8(10/123) 0 (0/10) 
Syndactyly 100 (68/68) 0 (0/13) 
Long bones 95(36/68) 90 (9/10) 
Affected organHumans* (%)Mice (%)
Skull 100 (68/68) 100 (10/10) 
Craniosynostosis 100 (68/68) 67 (6/9) 
Midline suture 100(N/A) 100 (10/10) 
Palate 58 (39/67) 100 (8/8) 
Central nervous system 21 (10/48) 20 (2/10)§ 
Trachea Eight cases 8 (1/13)§ 
Thymus No reported cases 50 (5/10) 
Lungs 1.5(2/136) 100 (13/13) 
Cardiovascular system 16 (11/67) 64 (7/11) 
Gastrointestinal system 1.5(2/136) 50 (5/10) 
Genitourinary system 8(10/123) 0 (0/10) 
Syndactyly 100 (68/68) 0 (0/13) 
Long bones 95(36/68) 90 (9/10) 

N/A, not available.

*

Frequency in humans based on patients with a FGFR2+/S252W mutation(Cohen and Kreiborg, 1993; Park et al., 1995; Slaney et al., 1996).

Based on patients with either a +/S252W or a +/P253R mutation (Cohen and MacClean 2002).

Craniosynostosis based on abnormal histology in mice.

§

Central nervous system and trachea not examined by serial sections in mice.

Long bones refer to short humeri in humans and to abnormal histology in mice.

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