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recombinant type iv α5 collagen  (Aviva Systems)


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    Structured Review

    Aviva Systems recombinant type iv α5 collagen
    Recombinant Type Iv α5 Collagen, supplied by Aviva Systems, used in various techniques. Bioz Stars score: 92/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/recombinant+type+iv+%CE%B15+collagen/Human+Collagen+Type+IV+Protein/pm37053217-87-11-16
    Average 92 stars, based on 1 article reviews
    recombinant type iv α5 collagen - by Bioz Stars, 2026-09
    92/100 stars

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    Recombinant:

    Article Title: Serum Col3-4: A new type III and IV collagen biochemical marker of synovial tissue turnover in patients with rheumatoid arthritis.
    Article Snippet: .. Briefly, 200μg of native human type III collagen and 50μg of recombinant type IV (α5) collagen (Aviva Systems Biology Corporation, CA, US) were incubated in test-tubes for 48h at 37 ̊C with 5μg of active human recombinant MMP-9 (Merck, Saint-Quentin-Fallavier, France) in MMP buffer. ..

    Incubation:

    Article Title: Serum Col3-4: A new type III and IV collagen biochemical marker of synovial tissue turnover in patients with rheumatoid arthritis.
    Article Snippet: .. Briefly, 200μg of native human type III collagen and 50μg of recombinant type IV (α5) collagen (Aviva Systems Biology Corporation, CA, US) were incubated in test-tubes for 48h at 37 ̊C with 5μg of active human recombinant MMP-9 (Merck, Saint-Quentin-Fallavier, France) in MMP buffer. ..



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    recombinant type iv α5 collagen  (Aviva Systems)
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    The graph shows the competitive inhibitions between Col3-4 peptide, standard of ELISA with the following derived peptides for binding to the ELISA antibody 1) extended Col3-4 peptide (Col3-4 peptide + 1 amino acid), 2) shortened Col3-4 peptide (Col3-4 peptide—1 amino acid), 3) non-hydroxylated Col3-4 peptide (Col3-4 non-hydroxylated peptide), 4) unrelated type III peptide (Col3(α1)-Col3-4 unrelated peptide), 5) homologous type IV <t>(α5)</t> collagen peptide (Col4(α5)-Col3-4 homologous peptide), 6) homologous type IX (α3) collagen peptide (Col9(α3)-Col3-4 homologous peptide), 7) homologous type IV (α1) collagen peptide (Col4(α1)-Col3-4 homologous peptide). The graph shows also the recognition of the antibody with intact type III (α1) collagen (Native Col3 (α1)) and type IV (α5) collagen <t>(Recombinant</t> Col4 (α5). Y-axis shows the relative binding of the antibody at different concentrations of each molecule (B) expressed as a percentage of the binding with no competitor peptide (B0). The x-axis shows the molar concentration of each peptide. In brackets are the immunoreactive peptides.
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    The graph shows the competitive inhibitions between Col3-4 peptide, standard of ELISA with the following derived peptides for binding to the ELISA antibody 1) extended Col3-4 peptide (Col3-4 peptide + 1 amino acid), 2) shortened Col3-4 peptide (Col3-4 peptide—1 amino acid), 3) non-hydroxylated Col3-4 peptide (Col3-4 non-hydroxylated peptide), 4) unrelated type III peptide (Col3(α1)-Col3-4 unrelated peptide), 5) homologous type IV <t>(α5)</t> collagen peptide (Col4(α5)-Col3-4 homologous peptide), 6) homologous type IX (α3) collagen peptide (Col9(α3)-Col3-4 homologous peptide), 7) homologous type IV (α1) collagen peptide (Col4(α1)-Col3-4 homologous peptide). The graph shows also the recognition of the antibody with intact type III (α1) collagen (Native Col3 (α1)) and type IV (α5) collagen <t>(Recombinant</t> Col4 (α5). Y-axis shows the relative binding of the antibody at different concentrations of each molecule (B) expressed as a percentage of the binding with no competitor peptide (B0). The x-axis shows the molar concentration of each peptide. In brackets are the immunoreactive peptides.
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    The graph shows the competitive inhibitions between Col3-4 peptide, standard of ELISA with the following derived peptides for binding to the ELISA antibody 1) extended Col3-4 peptide (Col3-4 peptide + 1 amino acid), 2) shortened Col3-4 peptide (Col3-4 peptide—1 amino acid), 3) non-hydroxylated Col3-4 peptide (Col3-4 non-hydroxylated peptide), 4) unrelated type III peptide (Col3(α1)-Col3-4 unrelated peptide), 5) homologous type IV (α5) collagen peptide (Col4(α5)-Col3-4 homologous peptide), 6) homologous type IX (α3) collagen peptide (Col9(α3)-Col3-4 homologous peptide), 7) homologous type IV (α1) collagen peptide (Col4(α1)-Col3-4 homologous peptide). The graph shows also the recognition of the antibody with intact type III (α1) collagen (Native Col3 (α1)) and type IV (α5) collagen (Recombinant Col4 (α5). Y-axis shows the relative binding of the antibody at different concentrations of each molecule (B) expressed as a percentage of the binding with no competitor peptide (B0). The x-axis shows the molar concentration of each peptide. In brackets are the immunoreactive peptides.

    Journal: PLOS ONE

    Article Title: Serum Col3-4: A new type III and IV collagen biochemical marker of synovial tissue turnover in patients with rheumatoid arthritis

    doi: 10.1371/journal.pone.0282954

    Figure Lengend Snippet: The graph shows the competitive inhibitions between Col3-4 peptide, standard of ELISA with the following derived peptides for binding to the ELISA antibody 1) extended Col3-4 peptide (Col3-4 peptide + 1 amino acid), 2) shortened Col3-4 peptide (Col3-4 peptide—1 amino acid), 3) non-hydroxylated Col3-4 peptide (Col3-4 non-hydroxylated peptide), 4) unrelated type III peptide (Col3(α1)-Col3-4 unrelated peptide), 5) homologous type IV (α5) collagen peptide (Col4(α5)-Col3-4 homologous peptide), 6) homologous type IX (α3) collagen peptide (Col9(α3)-Col3-4 homologous peptide), 7) homologous type IV (α1) collagen peptide (Col4(α1)-Col3-4 homologous peptide). The graph shows also the recognition of the antibody with intact type III (α1) collagen (Native Col3 (α1)) and type IV (α5) collagen (Recombinant Col4 (α5). Y-axis shows the relative binding of the antibody at different concentrations of each molecule (B) expressed as a percentage of the binding with no competitor peptide (B0). The x-axis shows the molar concentration of each peptide. In brackets are the immunoreactive peptides.

    Article Snippet: Briefly, 200μg of native human type III collagen and 50μg of recombinant type IV (α5) collagen (Aviva Systems Biology Corporation, CA, US) were incubated in test-tubes for 48h at 37°C with 5μg of active human recombinant MMP-9 (Merck, Saint-Quentin-Fallavier, France) in MMP buffer.

    Techniques: Enzyme-linked Immunosorbent Assay, Derivative Assay, Binding Assay, Recombinant, Concentration Assay

    The graph shows the quantity of Col3-4 fragments measured by ELISA after incubation of human native type III collagen and recombinant type IV (α5) collagen with active recombinant human MMP-9 for 48h at 4°C. Results are shown as bars with mean ± SD of 2 independent experiments. 1) MMP buffer + MMP-9; 2) MMP buffer + native human type III collagen; 3) MMP buffer +MMP-9 + native human type III collagen; 4) MMP buffer + recombinant type IV(α5) collagen; 5) MMP buffer +MMP-9 + recombinant type IV(α5) collagen.

    Journal: PLOS ONE

    Article Title: Serum Col3-4: A new type III and IV collagen biochemical marker of synovial tissue turnover in patients with rheumatoid arthritis

    doi: 10.1371/journal.pone.0282954

    Figure Lengend Snippet: The graph shows the quantity of Col3-4 fragments measured by ELISA after incubation of human native type III collagen and recombinant type IV (α5) collagen with active recombinant human MMP-9 for 48h at 4°C. Results are shown as bars with mean ± SD of 2 independent experiments. 1) MMP buffer + MMP-9; 2) MMP buffer + native human type III collagen; 3) MMP buffer +MMP-9 + native human type III collagen; 4) MMP buffer + recombinant type IV(α5) collagen; 5) MMP buffer +MMP-9 + recombinant type IV(α5) collagen.

    Article Snippet: Briefly, 200μg of native human type III collagen and 50μg of recombinant type IV (α5) collagen (Aviva Systems Biology Corporation, CA, US) were incubated in test-tubes for 48h at 37°C with 5μg of active human recombinant MMP-9 (Merck, Saint-Quentin-Fallavier, France) in MMP buffer.

    Techniques: Enzyme-linked Immunosorbent Assay, Incubation, Recombinant