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1 nt enabled the maintenance of functional and hyaline cartilage.
2  has a similar collagen phenotype to that of hyaline cartilage.
3 ble of alleviating necrosis at the centre of hyaline cartilage.
4 gical development of these distinct types of hyaline cartilage.
5 rogenesis into either permanent or transient hyaline cartilage.
6                                         Both hyaline cartilage and fibrocartilage can calcify in a va
7 -bearing unossified epiphyseal and articular hyaline cartilage and for the distal femoral and proxima
8  the long alpha1(IX) transcript expressed in hyaline cartilage and matched the predicted sequence of
9 tion of type II collagen is observed in both hyaline cartilages and is secondary to proteoglycan loss
10  a constitutively active human MMP-13 to the hyaline cartilages and joints of transgenic mice.
11 al type II, IX, and XI collagen phenotype of hyaline cartilage, but the fibrils appear abnormally thi
12                            Three-dimensional hyaline cartilage can be engineered using BMSCs from pat
13 ar (82 [25%] vs 21 [19%], P = .25); isolated hyaline cartilage defect (77 [23%] vs 20 [18%], P = .29)
14  key signaling events required for postnatal hyaline cartilage formation.
15             T2 spatial variation of patellar hyaline cartilage in children is similar to that of pate
16 , pigmentation was widespread throughout the hyaline cartilage in either granular composition or as b
17                       The graft consisted of hyaline cartilage in four, mixed fibrohyaline cartilage
18 cartilaginous condylar cartilage, similar to hyaline cartilage in long bones, directly transform into
19 disc and cartilage is different from that of hyaline cartilage in other diarthrodial joints, and litt
20 dely expressed, but high levels are found in hyaline cartilage in the adult, bone tissue in newborn m
21 infused bioscaffolds were fully covered with hyaline cartilage in the articular surface.
22                    The collagen framework of hyaline cartilages, including articular cartilage, consi
23                            The prevalence of hyaline cartilage lesions was particularly high (86% at
24  maturation of articular chondrocytes in the hyaline cartilage of both developing and degenerated joi
25 ed to TMJ fibrocartilage and not seen in the hyaline cartilage of the knee.
26  intensity and in most cases attached to the hyaline cartilage of the lunate and scaphoid.
27    The trilaminar appearance depicted within hyaline cartilage on MR images obtained with this sequen
28 the hypertrophic differentiation of cultured hyaline cartilage particles.
29 over expression of type X collagen which, in hyaline cartilage structure is not characteristic of the
30                                         Once hyaline cartilage was extensively pigmented, there was a
31  cruciate), elastic cartilage, meniscus, and hyaline cartilage were analyzed for NTTPHase activity (t
32  vitro under hypoxia (2.5% O2) produced more hyaline cartilage, which expressed typical articular car
33 jority of vertebrate species have a layer of hyaline cartilage within the fibrous sclera giving an ex

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