MetalDetector

MetalDetector predicts cysteine (CYS) and histidine (HIS) residues involved in transition metal binding from protein sequence to identify metal-coordination sites.

Key Features:

• Residue specificity: Predicts CYS and HIS residues involved in transition metal binding from sequence data.
• Sequence-based prediction: Operates solely on protein sequences and does not require structural input to identify metal-binding residues.
• Coordination site prediction: Predicts which residues are jointly involved in coordinating the same metal ion, enabling identification of coordination sites.

Scientific Applications:

• Identifying metalloproteins: Enables identification of proteins likely to bind transition metals for experimental validation.
• Understanding protein function: Infers potential functions of uncharacterized proteins from predicted metal-binding and coordination patterns.
• Drug design and development: Provides residue- and coordination-level information on metalloproteins to inform inhibitor or activator design.

Methodology:

Analyzes protein sequences to identify patterns indicative of metal coordination and predicts CYS and HIS residues and their joint involvement in coordinating transition metal ions.