<p>An ArchSchema graph showing the multiple domain architectures found in the phosphatidylinositol-phosphodiesterase superfamily. Each node represents a unique multiple domain architecture, with a red line under the node indicating that a structure exists. Also shown are the E.C. numbers (and the number of sequences which have them in brackets) found for each MDA. Each E.C. class is coloured separately, with the intensity of the colour proportional to the number of sequences that have that E.C. assigned. Only domain architectures for sequences that are annotated in the reviewed section of UniProtKB are shown.</p
A multi-interface domain is a domain that can shape multiple and distinctive binding sites to contac...
This chapter reviews the current research on how protein domain architectures evolve. We begin by su...
Biological molecules are composed of discrete units, called domains. The study of the identity and o...
<p>A diagrammatic representation of the FunTree phylogenetic tree with associated functional data an...
<p>The ArchSchema graph showing MDAs as defined by the Ntn type amide hydrolasing domain. It should ...
Intricate molecular signalling within cellular environment is manifested through phosphorylation of ...
<p>Green rectangles represent the CinA domain (Pfam ID: PF02464). Red rectangles represent the MocF ...
A: Example structure of a two-domain protein. Chain A in Protein Data Bank [18] entry 1WAK contains ...
Protein phosphorylation is a generic way to regulate signal transduction pathways in all kingdoms of...
<p>Domains and distances between domains are not drawn to scale, but the N- to C-terminal order is t...
<p>The bar graph shows the number of ANTAR proteins for each of 17 domain architectures that have be...
A multi-interface domain is a domain that can shape multiple and distinctive binding sites to contac...
<p>Basic domain architecture of PPR subfamilies identified to date. Number of PPR motifs displayed i...
A multi-interface domain is a domain that can shape multiple and distinctive binding sites to contac...
<p>Canonical domain architectures of classified subfamily and source subfamily are shown. Sequence i...
A multi-interface domain is a domain that can shape multiple and distinctive binding sites to contac...
This chapter reviews the current research on how protein domain architectures evolve. We begin by su...
Biological molecules are composed of discrete units, called domains. The study of the identity and o...
<p>A diagrammatic representation of the FunTree phylogenetic tree with associated functional data an...
<p>The ArchSchema graph showing MDAs as defined by the Ntn type amide hydrolasing domain. It should ...
Intricate molecular signalling within cellular environment is manifested through phosphorylation of ...
<p>Green rectangles represent the CinA domain (Pfam ID: PF02464). Red rectangles represent the MocF ...
A: Example structure of a two-domain protein. Chain A in Protein Data Bank [18] entry 1WAK contains ...
Protein phosphorylation is a generic way to regulate signal transduction pathways in all kingdoms of...
<p>Domains and distances between domains are not drawn to scale, but the N- to C-terminal order is t...
<p>The bar graph shows the number of ANTAR proteins for each of 17 domain architectures that have be...
A multi-interface domain is a domain that can shape multiple and distinctive binding sites to contac...
<p>Basic domain architecture of PPR subfamilies identified to date. Number of PPR motifs displayed i...
A multi-interface domain is a domain that can shape multiple and distinctive binding sites to contac...
<p>Canonical domain architectures of classified subfamily and source subfamily are shown. Sequence i...
A multi-interface domain is a domain that can shape multiple and distinctive binding sites to contac...
This chapter reviews the current research on how protein domain architectures evolve. We begin by su...
Biological molecules are composed of discrete units, called domains. The study of the identity and o...