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1 n EFNA4 are a cause of non-syndromic coronal synostosis.
2 ry formation and the pathogenesis of coronal synostosis.
3 ee of 81 patients with non-syndromic coronal synostosis.
4  performed in 26 patients with single-suture synostosis.
5 n young infants with sagittal and unicoronal synostosis.
6 hould be tested for in patients with coronal synostosis.
7  syndrome, typically associated with coronal synostosis.
8 ions in Tcf12 and Twist1 have severe coronal synostosis.
9 inantly occurred in individuals with coronal synostosis and accounted for 32% and 10% of subjects wit
10 enerated a mouse model of frontonasal suture synostosis and midfacial hypoplasia through the tissue-s
11 e performed in six patients with multisuture synostosis, and 61 studies were performed in 26 patients
12 l depression, mixed hearing loss, radioulnar synostosis, and coccygeal appendage.
13 r patients with TWIST mutations, are coronal synostosis, brachycephaly, low frontal hairline, facial
14  of normal exhibit postnatal multiple-suture synostosis; by contrast, embryonic calvarial development
15 n and extensive posterior cervical vertebral synostosis, cardiac septal defects with valve dysplasia,
16 ory subluxation, congenital occipitocervical synostosis, congenital unilateral absence of C1, odontoi
17 ed clinical disorder include multiple-suture synostosis, craniofacial dysmorphism, Chiari malformatio
18  transgenic newborn mice (with mild sagittal synostosis) demonstrated continuous bone growth and over
19 karyocytic thrombocytopenia with radio-ulnar synostosis, familial platelet syndrome with predispositi
20                   All patients with sagittal synostosis had a significant immediate postoperative inc
21 enetic testing when common causes of coronal synostosis have been excluded.
22 ygous loss of Twist1 function causes coronal synostosis in both mice and humans.
23                      Known causes of coronal synostosis include haploinsufficiency of TWIST1 and a ga
24 als from 20 unrelated families where coronal synostosis is due to an amino acid substitution (Pro250A
25 mature fusion of these bones, termed coronal synostosis, is a common human developmental anomaly.
26 onatal growth retardation and death, coronal synostosis, ocular proptosis, precocious sternal fusion,
27                                              Synostosis of facial sutures has been reported to cause
28 bilateral humeral hypoplasia, humeroscapular synostosis, pelvic abnormalities, and proximal defects o
29                             In single-suture synostosis, results of seven of the 26 preoperative tran
30                               In multisuture synostosis, results of six of the nine preoperative tran
31                          Spondylocarpotarsal synostosis (SCT) is a skeletal disorder characterized by
32                          Spondylocarpotarsal synostosis syndrome (SCT) is an autosomal recessive dise
33 ant disorders of joint development, multiple synostosis syndrome (SYNS1) and a milder disorder proxim
34 ta establish locus heterogeneity in multiple-synostosis syndrome and demonstrate that the disorder ca
35                                     Multiple-synostosis syndrome is an autosomal dominant disorder ch
36           As observed in spondylocarpotarsal synostosis syndrome patients, Filamin B mutant mice disp
37 r, in a cohort of six probands with multiple-synostosis syndrome, only one was found to be heterozygo
38 ctyly C, the protein encoded by the multiple-synostosis-syndrome allele was secreted as a mature GDF5
39             In Twist1(+/-) mice with coronal synostosis, we found that the frontal-parietal boundary
40 urrence of proximal symphalangism and carpal synostosis, we identified six different point mutations
41 main clinical manifestations include coronal synostosis, widely spaced eyes, clefting of the nasal ti

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