戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1  mesoderm (tongue) and cranial neural crest (Meckel's cartilage).
2 hypoplastic mandibular process and truncated Meckel's cartilage.
3 ecreased differentiation of chondroblasts in Meckel's cartilage.
4  elements surrounding the rostral process of Meckel's cartilage.
5 re connected to the mandible via an ossified Meckel's cartilage.
6 ression in the epithelium and bifurcation of Meckel's cartilage.
7  peptides partially rescued abnormalities in Meckel's cartilage.
8 sihyobranchial, palatoquadrate, and possibly Meckel's cartilages.
9 tary(7-12) and the eventual breakdown of the Meckel's cartilage(13-15) during the evolution of mammal
10  signaling is required for the elongation of Meckel's cartilage and FGFR2 and FGFR3 have roles during
11 al crest cell-derived mesenchyme surrounding Meckel's cartilage and in the palatal shelves in Med23(f
12 e strongly expressed in the perichondrium of Meckel's cartilage and mesenchymal areas of embryonic da
13 hx4 LoF variants, have significantly shorter Meckel's cartilage and smaller ethmoid plates compared t
14             During craniofacial development, Meckel's cartilage and the mandible bone derive from the
15 ent of craniofacial structures including the Meckel's cartilage and the mandible.
16 cifically required for cell proliferation in Meckel's cartilage and the mandibular anlagen and for th
17 e joint-associated retroarticular process of Meckel's cartilage, and the retroarticular bone.
18 between the palatoquadrate and proximal part Meckel's cartilage (articular) has recently been shown t
19 er-dental mesenchyme and distal symphysis of Meckel's cartilage became hypoplastic, resulting in the
20  at HH26 did not affect the morphogenesis of Meckel's cartilage but resulted in truncations of the ma
21   Jaw morphogenesis depends on the growth of Meckel's cartilage during embryogenesis.
22 dent mouse models that blood vessels promote Meckel's cartilage extension.
23 s that promote chondrocyte proliferation for Meckel's cartilage growth are poorly defined.
24 ted mandibular structures, including ectopic Meckel's cartilage, in place of the maxilla.
25 y domain at E10.5 and subsequently developed Meckel's cartilage-like cartilage rods bilaterally at th
26 ntum, periodontal ligaments, chondrocytes in Meckel's cartilage, mandible, the articulating disc of t
27 TGF rescues the cell proliferation defect in Meckel's cartilage of Tgfbr2(fl/fl);Wnt1-Cre mutants, de
28 t has molariform tooth replacement, ossified Meckel's cartilage of the middle ear, and specialized xe
29  dentary bone but still connect the ossified Meckel's cartilage (OMC); we hypothesize that the OMC se
30  as growth in the brain, limb buds, nose and Meckel's cartilage, remodeling of the intestine, and dea
31 - mutants are viable with modest decrease in Meckel's cartilage rostral length.
32 ants phenocopied the defective morphology of Meckel's cartilage seen in Egfr-/- explants.
33 abnormalities including the complete loss of Meckel's cartilage, the ceratohyal, and all of the cerat
34 ular, have no bone contact with the ossified Meckel's cartilage; the latter is loosely lodged on the
35 , palatal clefting results from a failure of Meckel's cartilage to extend the mandible and thereby al
36 rested as a single, bud-stage tooth germ and Meckel's cartilage was absent.
37       Development of the anterior segment of Meckel's cartilage was also inhibited and proteoglycan c
38                In addition, morphogenesis of Meckel's cartilage was deficient in cultured mandibular
39 later in that stage the mesodermal Anlage of Meckel's cartilage was observed.
40 ted compromised in vitro chondrogenesis, and Meckel's cartilage was underdeveloped in vivo.
41  the maxillae into mandibles with duplicated Meckel's cartilage, which resulted in an absence of the
42 rostral cartilage evolved by partitioning of Meckel's cartilage with a new paired joint.