Carmen San Martín / Juha T Huiskonen / Jaana K H Bamford / Sarah J Butcher / Stephen D Fuller / Dennis H Bamford / Roger M Burnett /
PubMed Abstract
Bacteriophage PRD1 shares many structural and functional similarities with adenovirus. A major difference is the PRD1 internal membrane, which acts in concert with vertex proteins to translocate the ...Bacteriophage PRD1 shares many structural and functional similarities with adenovirus. A major difference is the PRD1 internal membrane, which acts in concert with vertex proteins to translocate the phage genome into the host. Multiresolution models of the PRD1 capsid, together with genetic analyses, provide fine details of the molecular interactions associated with particle stability and membrane dynamics. The N- and C-termini of the major coat protein (P3), which are required for capsid assembly, act as conformational switches bridging capsid to membrane and linking P3 trimers. Electrostatic P3-membrane interactions increase virion stability upon DNA packaging. Newly revealed proteins suggest how the metastable vertex works and how the capsid edges are stabilized.
EMDB-1011: Minor proteins, mobile arms and membrane-capsid interactions in the bacteriophage PRD1 capsid. PDB-1gw7: QUASI-ATOMIC RESOLUTION MODEL OF BACTERIOPHAGE PRD1 CAPSID, OBTAINED BY COMBINED CRYO-EM AND X-RAY CRYSTALLOGRAPHY. Method: EM (single particle) / Resolution: 16.0 Å
EMDB-1012: Minor proteins, mobile arms and membrane-capsid interactions in the bacteriophage PRD1 capsid. PDB-1gw8: quasi-atomic resolution model of bacteriophage PRD1 sus607 mutant, obtained by combined cryo-EM and X-ray crystallography. Method: EM (single particle) / Resolution: 13.4 Å
Source
bacteriophage prd1 (virus)
Keywords
VIRUS/VIRAL PROTEIN / TECTIVIRIDAE / BACTERIOPHAGE PRD1 / CRYO- EM / IMAGE RECONSTRUCTION / ICOSAHEDRAL VIRUS / VIRUS-VIRAL PROTEIN complex
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Keywords
TECTIVIRIDAE / BACTERIOPHAGE PRD1 / CRYO- EM / 
bacteriophage prd1 (virus)