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1 racterized by significant scoliosis and mild metaphyseal abnormalities in the pelvis.
2                                   Trabecular metaphyseal and cortical midshaft morphometric propertie
3            These findings reveal the role of metaphyseal blood vessel senescence in mediating the act
4 reased the density of osteoclasts within the metaphyseal bone and the osteoclast formation potential
5                                              Metaphyseal bone mass increased with loading in young mi
6 out in tibial growth plates and in subjacent metaphyseal bone of 10-day-old TNAP knockout mice.
7  femurs revealed no significant reduction in metaphyseal bone volume/total volume vs. Ctrl mice.
8 rophic chondrocytes was not transformed into metaphyseal bone, leading to widened growth plates in Ru
9 t loss of mineral density is observed in the metaphyseal bones of only the Pxr(+/+) mice.
10 mb isometry, and thin calcified hypertrophic metaphyseal cartilages indicate an active, precocial gro
11 xplanation for mineral-ion abnormalities and metaphyseal changes in patients with Jansen's disease.
12                                     Jansen's metaphyseal chondrodysplasia (JMC) is a rare disorder ca
13                                       Jansen metaphyseal chondrodysplasia (JMC) is caused by a consti
14 man developmental condition characterized by metaphyseal chondrodysplasia and severe dwarfism.
15 atients with radiologic evidence of Jansen's metaphyseal chondrodysplasia but less severe hypercalcem
16 rtilage-hair hypoplasia (CHH), also known as metaphyseal chondrodysplasia McKusick type (OMIM no. 250
17                    The short-limbed dwarfism metaphyseal chondrodysplasia type Schmid (MCDS) is linke
18 receptor has been found in Jansen-type human metaphyseal chondrodysplasia, a disease characterized by
19 s recently found in a patient with Jansens's metaphyseal chondrodysplasia, a rare form of short-limbe
20 he growth plate, and in patients with Jansen metaphyseal chondrodysplasia, a rare genetic disorder ca
21 air hypoplasia (CHH), an autosomal recessive metaphyseal chondrodysplasia, previously mapped to 9p13.
22  multilineage hematopoietic dysfunction, and metaphyseal chondrodysplasia.
23  insufficiency, bone marrow dysfunction, and metaphyseal chondrodysplasia.
24 ively active receptors described in Jansen's metaphyseal chondrodysplasia.
25 showed apoptosis in 28% of the osteocytes in metaphyseal cortical bone.
26 riptomic responses at the mid-diaphysis, and metaphyseal cortical shell and cancellous core.
27  This suggests that androgen action promotes metaphyseal corticalization, at least in part, via IL-6
28 gh trabecular bone volume and poorly defined metaphyseal cortices.
29                                         More metaphyseal/diaphyseal lesions were seen on the early sc
30 locations of lesions on the early scans were metaphyseal/diaphyseal, pelvis (diffuse or focal), and s
31 s of abnormalities on the delayed scans were metaphyseal/diaphyseal, pelvis (focal), and ribs.
32 ctor NKX3.2 underlie spondylo-megaepiphyseal-metaphyseal dysplasia (SMMD), which is characterized by
33 s disease (PD) is a rare autosomal recessive metaphyseal dysplasia with approximately 30 reported cas
34 e syndrome (intrauterine growth restriction, metaphyseal dysplasia, adrenal hypoplasia congenita and
35    PSACH is characterized by generalized epi-metaphyseal dysplasia, short-limbed dwarfism, joint laxi
36 w the lesser trochanter and above the distal metaphyseal flare (subtrochanteric and diaphyseal femur
37 arkedly undermineralized bones, and multiple metaphyseal fractures.
38 ngly, in a model of localized breast cancer, metaphyseal HA nanocrystals were also smaller and less p
39 ent with a progressive scoliosis, widespread metaphyseal involvement of the appendicular skeleton, an
40 ctures, and 67% for the detection of classic metaphyseal lesions (CMLs), defined as a series of micro
41 26 x 10(-3) mm2/sec +/- 0.38) than it was in metaphyseal marrow (0.91 x 10(-3) mm2/sec +/- 0.35) (P <
42 al and physeal cartilage, and epiphyseal and metaphyseal marrow were compared (Mann-Whitney test).
43 ately beneath the growth plate, termed here "metaphyseal mesenchymal progenitors" (MMPs), are essenti
44                             Our finding that metaphyseal osteoblasts are an early site of amplifying
45 recapitulate the human phenotype of multiple metaphyseal osteochondromas.
46 cular compromise of the epiphysis due to the metaphyseal osteomyelitis complicated by subperiosteal a
47                         We present a case of metaphyseal osteomyelitis in a child where bone scintigr
48 ed-violet macular atrophy, platyspondyly and metaphyseal osteosclerosis with relative radiolucency of
49 ppear at the chondroosseous junction and the metaphyseal periosteum of long bones, nor were they pres
50 pressing hypertrophic chondrocytes lay below metaphyseal prehypertrophic chondrocytes expressing Indi
51 nserving achieving stability through initial metaphyseal press-fit and biological fixation.
52  on expression of these genes in rat femoral metaphyseal primary spongiosa.
53                            Most lesions were metaphyseal, proximal or distal tibial lesions.
54 CT scans (5 um voxel size) of the epiphyseal-metaphyseal region in the mouse tibia.
55                               The epiphyseal-metaphyseal region is classified into four anatomical co
56 herical with a notch (r(2) = 0.804), and the metaphyseal shape changed from flat (r(2) = 0.766) to cl
57 eaders qualitatively analyzed epiphyseal and metaphyseal shape, secondary ossification, and the peric
58 that accompanies invading capillaries on the metaphyseal side of the growth plate during endochondral
59 cts the columnar structure of the physis and metaphyseal spongiosa and provides measures of tract vol
60 hematologic abnormalities, but no definitive metaphyseal striations at diagnosis.
61 ce hypoplasia with a depressed nasal bridge, metaphyseal striations, and disproportionate short statu
62                                  A posterior metaphyseal stripe is seen at MR imaging of the skeletal
63                         Correlations between metaphyseal stripe visualization and physeal patency wer
64                                            A metaphyseal stripe was seen in all patients with a compl
65 posterior distal femoral and proximal tibial metaphyseal stripes.
66      Testing with a human cadaver comminuted metaphyseal tibia fracture specimen demonstrated over 2.
67                   Delayed bone resorption in metaphyseal trabeculae and diminished eroded perimeters
68 therapy increased osteoblast surfaces in the metaphyseal trabeculae of the tibia and femur.
69 ructure, retained cartilage proteoglycans in metaphyseal trabeculae, and increased trabecular thickne
70 the numbers of TRAP(+) osteoclasts on distal metaphyseal trabecular bone surfaces were significantly
71 A nanocrystal size and perfection in remnant metaphyseal trabecular bone.
72 ro-CT, GBT1118 significantly increased femur metaphyseal trabecular thickness (Tb.Th) and tissue mine
73 dary ossification center and its physis, and metaphyseal undulation increased later in gestation.
74 tures (ie, groove of Ranvier and bone bark), metaphyseal undulation, and corticomedullary differences
75 ssing hyperostosis of craniofacial bones and metaphyseal widening of tubular bones.