Bacteriophage HK97 builds its head shell from a 42 kDa major head protein, but neither this 42 kDa protein nor its processed, 31 kDa form is found in the mature head. Instead, each of the major head-protein subunits is covalently cross-linked into oligomers of five, six or more by a protein cross-linking reaction that occurs both in vivo and in vitro. Mutants that block prohead maturation lead to the accumulation of one of two types of proheads, termed Prohead I and Prohead II. Prohead I is assembled from about 415 copies of the 42 kDa (384 amino acids) protein subunit and accumulates in infections by mutant ainU4. Following assembl)4 the N-terminal 102 amino acids of each subunit are removed, leaving aprohead shell constructed of31 kDa sub...
The HK97 bacteriophage capsid is a unique example of macromolecular catenanes: interlocked rings of ...
SummaryBacteriophage ϕ29 requires scaffolding protein to assemble the 450 × 540 Å prolate prohead wi...
Macromolecular complexes are important in almost all cellular processes. The bacteriophage head-tail...
We describe initial genetic and structural characterizations of HK97, a temperate bacteriophage of E...
Department of Biological Bacteriophage HK97 is a lambdoid phage with a head assembled from 415 copie...
Virus capsid assembly requires recruiting and organizing multiple copies of protein subunits to corr...
Bacteriophage capsid assembly pathways provide excellent model systems1Laboratory of Structural to s...
Escherichia coli bacteriophage HK97 assembles its mature capsid from 415 copies of the major capsid ...
The structure of the HK97 head II empty particle was determined to 7 A resolution. The structure det...
Bacteriophage 629 of Bacillus subtilis packages its double-stranded DNA into a preformed prohead dur...
Bacteriophage phi 29 of Bacillus subtilis packages its double-stranded DNA into a preformed prohead ...
Most complex viruses undergo a capsid maturation process from a precursor, or procapsid particle for...
AbstractThe protein composition of defective particles produced by various bacteriophage Mu head-gen...
SummaryBacteriophage HK97 maturation involves discrete intermediate particle forms, comparable to tr...
The effect on phage morphogenesis of sus mutations in the cistrons coding for nonstructural proteins...
The HK97 bacteriophage capsid is a unique example of macromolecular catenanes: interlocked rings of ...
SummaryBacteriophage ϕ29 requires scaffolding protein to assemble the 450 × 540 Å prolate prohead wi...
Macromolecular complexes are important in almost all cellular processes. The bacteriophage head-tail...
We describe initial genetic and structural characterizations of HK97, a temperate bacteriophage of E...
Department of Biological Bacteriophage HK97 is a lambdoid phage with a head assembled from 415 copie...
Virus capsid assembly requires recruiting and organizing multiple copies of protein subunits to corr...
Bacteriophage capsid assembly pathways provide excellent model systems1Laboratory of Structural to s...
Escherichia coli bacteriophage HK97 assembles its mature capsid from 415 copies of the major capsid ...
The structure of the HK97 head II empty particle was determined to 7 A resolution. The structure det...
Bacteriophage 629 of Bacillus subtilis packages its double-stranded DNA into a preformed prohead dur...
Bacteriophage phi 29 of Bacillus subtilis packages its double-stranded DNA into a preformed prohead ...
Most complex viruses undergo a capsid maturation process from a precursor, or procapsid particle for...
AbstractThe protein composition of defective particles produced by various bacteriophage Mu head-gen...
SummaryBacteriophage HK97 maturation involves discrete intermediate particle forms, comparable to tr...
The effect on phage morphogenesis of sus mutations in the cistrons coding for nonstructural proteins...
The HK97 bacteriophage capsid is a unique example of macromolecular catenanes: interlocked rings of ...
SummaryBacteriophage ϕ29 requires scaffolding protein to assemble the 450 × 540 Å prolate prohead wi...
Macromolecular complexes are important in almost all cellular processes. The bacteriophage head-tail...