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1 BRCA2, and one to the Alu element in FGFR2 (Apert syndrome).
2 standing the basis of respiratory defects in Apert syndrome.
3 vere than the limb abnormalities observed in Apert syndrome.
4 ws post-natal assessment of other aspects of Apert syndrome.
5 d craniofacial abnormalities associated with Apert syndrome.
6 ution results in a phenotype consistent with Apert syndrome.
7 lence of other malformations associated with Apert syndrome.
8 N1 expression altered in a mouse CS model of Apert syndrome.
9 ponsible for virtually all sporadic cases of Apert syndrome.
11 are disorders related to paternal age (e.g., Apert syndrome, achondroplasia), this process is known a
16 phenocopied the symphalangism that occurs in Apert syndrome and the number of affected joints was dep
20 iety of craniosynostosis syndromes including Apert syndrome (AS), Pfeiffer syndrome (PS) and Crouzon
22 ting mutations in FGFR2 and FGFR3 that cause Apert Syndrome, Beare-Stevenson Syndrome, hypochondropla
23 for the p.P253R variant associated with the Apert syndrome by using the RLY-4008 kinase inhibitor.
28 ions in Crouzon, Jackson-Weiss, Pfeiffer and Apert syndromes have been reported in the FGFR2 extracel
36 c atrophy on fundus examination (P < 0.001), Apert syndrome (P < 0.001), history of elevated ICP (P =
40 n-of-function interactions that occur in the Apert syndrome Pro253Arg FGFR2c-FGF2 crystal structure.
43 lysis of DNA from 70 unrelated patients with Apert syndrome showed that 45 had the Ser252Trp mutation
44 ations, and risk of fathering offspring with Apert syndrome that may vary across cohorts, but with no
45 servation that the Ser252Phe mutation causes Apert syndrome, whereas the other single or double subst