Protein signatures and conserved motifs are short sequence patterns that provide important clues about protein function, evolution, catalytic activity, binding sites, and regulation. Learn how motif and signature analysis complements protein domains, families, and Profile HMMs.
Protein domain databases help researchers identify conserved protein families, domains, motifs, repeats and functional sites. Learn how Pfam, InterPro, SMART, CDD and PROSITE differ and complement one another.
Protein signatures and conserved motifs are short sequence patterns that provide important clues about protein function, evolution, catalytic activity, binding sites, and regulation. Learn how motif and signature analysis complements protein domains, families, and Profile HMMs.
Protein domain databases help researchers identify conserved protein families, domains, motifs, repeats and functional sites. Learn how Pfam, InterPro, SMART, CDD and PROSITE differ and complement one another.
