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1 I) chain and the C-terminal domain (COL1) of type IX collagen.
2 oding cartilage oligomeric matrix protein or type IX collagen.
3 ted for a primary myopathy and a mutation in type IX collagen.
4 shown to contain accumulated COMP along with type IX collagen, a cartilage-specific component.
5 en fibrils, including an exponential loss of type IX collagen along with its chondroitin sulfate side
6                                              Type IX collagen and matrilin-3 (MATN3), also accumulate
7 rounded by a protein network of mutant COMP, type IX collagen, and MATN3.
8 a3) of the non-collagenous domain 2 (NC2) of type IX collagen are assembled to guide triple-helical s
9                                 Mutations in type IX collagen are associated with premature disc dege
10  of collagen type V/XI and the NC2 domain of type IX collagen both contribute to prominent stain-excl
11                                              Type IX collagen chains appeared normal in size and quan
12  mount a T cell response and produce Ab's to type IX collagen (CIX) and self-CII.
13                     Past attempts to isolate type IX collagen (CIX) from cartilage using limited prot
14 owth plate phenotype with retention of TSP5, type IX collagen (Col9), and matrillin-3 in the rough en
15 rtilage oligomeric matrix protein (COMP) and type IX collagen (COL9A2 and COL9A3) have previously bee
16    Synthetic peptides of the three chains of type IX collagen consisting of the carboxyl-terminal end
17 biguously demonstrate that the NC2 domain of type IX collagen determines not only the chain compositi
18  evidence came from Western blot analysis of type IX collagen extracted by pepsin from fetal human ca
19 lysis of the cross-linking sites occupied in type IX collagen from nucleus pulposus showed that usage
20 ned the expression and the potential role of type IX collagen in bone restoration and remodeling.
21                                      Lack of type IX collagen in Col9a1-/- mice results in age-depend
22 t the disulfide-linked NC1 domain of chicken type IX collagen, indicating the correct formation of th
23                                              Type IX collagen is an important component of the interv
24                      A deletion mutation for type IX collagen is associated with connective tissue ch
25                               In the case of type IX collagen it provides the efficient selection and
26 ments were harvested from wild-type (WT) and type IX collagen-knockout (Col9a1(-/-)) mice at 3, 6, an
27                      These studies show that type IX collagen may regulate growth plate width; TSP3,
28                             As in cartilage, type IX collagen of nucleus pulposus was heavily cross-l
29 inor component of vitreous collagen fibrils, type IX collagen, probably by virtue of its chondroitin
30                      These data suggest that type IX collagen short transcriptional variant is involv
31                        For the assessment of type IX collagen, the COL2 and NC4 domains were evaluate
32        This novel cystine knot is present in type IX collagen, too.
33                                              Type IX collagen was immunolocalized in the preliminary
34 o type II collagen and to other molecules of type IX collagen with a similar site occupancy.

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