AbstractThe capacity of non-pepsinyzed type VI collagen to oind to hyaluronan was investigated. Type VI collagen was extracted from bovine meniscal cartilage with 6 M GuHCl and purified by extraction of PEG precipitates and dissociative Sephacryl S-500 HR chromatography. Type VI collagen, detected with a monoclonal antibody, bound in 0.5 M NaCl to hyaluronan-coated micro-wells, the degree of binding being higher at 37°C than 23°C and 4°C. Incubation of type VI collagen in competitive inhibition assays with testicular hyaluronidase digests of hyaluronan in liquid phase, reduced binding of the protein to hyaluronan-coated microwells to background levels. Thus, non-pepsinyzed type VI collagen binds to hyaluronan in vitro
<p>a, WARP binding to collagen VI tetramers. Coated collagen VI was incubated with recombinant WARP....
<div><p>Collagen VI and WARP are extracellular structural macromolecules present in cartilage and as...
AbstractObjective Type VI collagen is a major component of the pericellular matrix compartment in ar...
AbstractThe capacity of non-pepsinyzed type VI collagen to oind to hyaluronan was investigated. Type...
Using competitive binding experiments, it was found that native type XI collagen binds heparin, hepa...
AbstractSequential extraction of bovine growth-plate cartilage with 4 M guanidinium chloride and pep...
© American Society for Biochemistry and Molecular BiologyTransforming growth factor-β induced gene-h...
The distribution of type II and VI collagen was immunocytochemically investigated in bovine articula...
Scructural and compositional variations are marked in tendon fibrocartilages, which appear at the in...
A monospecific rabbit antiserum to pepsin-extracted chick gizzard type VI collagen was used to chara...
Structural and compositional variations are marked in tendon fibrocartilages, which appear at the in...
The interactions of type VI collagen have been investigated, using solid phase binding assays, with ...
<p>A, Collagen VI suprastructures were isolated from human articular cartilage extracts using superp...
Tendon composition changes according to differentiation, mechanical load, and aging. In this study, ...
AbstractFibrocartilage of bovine knee meniscus was analyzed for major and minor collagen constituent...
<p>a, WARP binding to collagen VI tetramers. Coated collagen VI was incubated with recombinant WARP....
<div><p>Collagen VI and WARP are extracellular structural macromolecules present in cartilage and as...
AbstractObjective Type VI collagen is a major component of the pericellular matrix compartment in ar...
AbstractThe capacity of non-pepsinyzed type VI collagen to oind to hyaluronan was investigated. Type...
Using competitive binding experiments, it was found that native type XI collagen binds heparin, hepa...
AbstractSequential extraction of bovine growth-plate cartilage with 4 M guanidinium chloride and pep...
© American Society for Biochemistry and Molecular BiologyTransforming growth factor-β induced gene-h...
The distribution of type II and VI collagen was immunocytochemically investigated in bovine articula...
Scructural and compositional variations are marked in tendon fibrocartilages, which appear at the in...
A monospecific rabbit antiserum to pepsin-extracted chick gizzard type VI collagen was used to chara...
Structural and compositional variations are marked in tendon fibrocartilages, which appear at the in...
The interactions of type VI collagen have been investigated, using solid phase binding assays, with ...
<p>A, Collagen VI suprastructures were isolated from human articular cartilage extracts using superp...
Tendon composition changes according to differentiation, mechanical load, and aging. In this study, ...
AbstractFibrocartilage of bovine knee meniscus was analyzed for major and minor collagen constituent...
<p>a, WARP binding to collagen VI tetramers. Coated collagen VI was incubated with recombinant WARP....
<div><p>Collagen VI and WARP are extracellular structural macromolecules present in cartilage and as...
AbstractObjective Type VI collagen is a major component of the pericellular matrix compartment in ar...