K9IUF6

Summary: Metalloendopeptidase activity is inferred but UniProt cautions missing conserved residues for annotation propagation.

Reason: Catalytic activity may not be conserved; no direct evidence in DESRO.

Summary: Proteolysis is inferred from keywords but catalytic activity is uncertain due to UniProt caution.

Reason: No direct evidence for proteolysis in this DESRO fragment; UniProt cautions about conserved residues.

Summary: Integrin-mediated signaling pathway is a keyword-based inference without direct evidence.

Reason: No experimental support for this signaling pathway in DESRO K9IUF6.

Summary: Heparin binding is inferred from keywords and lacks direct evidence in DESRO.

Reason: No experimental evidence for heparin binding in this protein.

Summary: Peptidase activity is inferred but catalytic competence is uncertain due to UniProt caution.

Reason: No direct evidence for peptidase activity in DESRO; UniProt cautions missing residues.

Summary: Metallopeptidase activity is inferred but UniProt cautions missing conserved residues.

Reason: Catalytic activity is uncertain for this fragment.

Summary: Zinc ion binding is predicted for ADAMTS proteins but UniProt cautions missing conserved residues.

Reason: Binding predictions are uncertain given the caution about conserved residues.

Summary: Hydrolase activity is too general and unsupported without confirmed catalytic activity.

Reason: No direct evidence for hydrolase activity; UniProt cautions missing residues.

Summary: Extracellular matrix organization is a specific process inferred from family membership.

Reason: No direct evidence for ECM organization in DESRO K9IUF6.

Summary: UniProt subcellular location indicates extracellular matrix.

Reason: Subcellular location includes extracellular matrix.

Summary: Metal ion binding is broad; zinc ion binding is the specific predicted interaction for ADAMTS family.

Reason: Use zinc ion binding as the specific metal binding term, noting uncertainty due to caution.

Proposed replacements: zinc ion binding