AbstractGenomic microarrays were used to examine the complex temporal program of gene expression exhibited by bacteriophage T4 during the course of development. The microarray data confirm the existence of distinct early, middle, and late transcriptional classes during the bacteriophage replicative cycle. This approach allows assignment of previously uncharacterized genes to specific temporal classes. The genomic expression data verify many promoter assignments and predict the existence of previously unidentified promoters
A custom microarray was developed to study the temporal gene expression of the two groups of phages ...
We have sequenced a 1,340-bp region of the bacteriophage T4 DNA spanning the comCa gene, a gene whic...
AbstractTranscription of the genome of Bacillus subtilis phage Φ29 is tightly controlled, taking pla...
AbstractGenomic microarrays were used to examine the complex temporal program of gene expression exh...
AbstractEarly gene expression in bacteriophage T4 is controlled primarily by the unique early promot...
Transcription of bacteriophage T4 genome has been studied extensively in vivo (Bolle et al., 1968a, ...
none4noEight 5′ ends of RNA molecules which encompass the bacteriophage T4 base plate late genes 51 ...
AbstractGlobal gene expression profiling of bacteriophage BFK20 infecting the industrial L-lysine pr...
AbstractThe genes required for replication of the temperate bacteriophage P4, which are coded by the...
The mycobacteriophages, phages that infect the genus Mycobacterium, display profound genetic diversi...
AbstractAn increasingly large number of bacteriophage genomes are being sequenced each year. What is...
During viral infections cellular gene expression is subject to rapid alterations induced by both vir...
The bacteriophage T4 gene 33 encodes a small, acidic RNA polymerase-binding protein that mediates en...
Bacteriophages are highly abundant viruses of bacteria. The major role of phages in shaping bacteria...
Bacteriophage T4 gene 32 lies at the 3′ end of a complex transcription unit which includes genes 33,...
A custom microarray was developed to study the temporal gene expression of the two groups of phages ...
We have sequenced a 1,340-bp region of the bacteriophage T4 DNA spanning the comCa gene, a gene whic...
AbstractTranscription of the genome of Bacillus subtilis phage Φ29 is tightly controlled, taking pla...
AbstractGenomic microarrays were used to examine the complex temporal program of gene expression exh...
AbstractEarly gene expression in bacteriophage T4 is controlled primarily by the unique early promot...
Transcription of bacteriophage T4 genome has been studied extensively in vivo (Bolle et al., 1968a, ...
none4noEight 5′ ends of RNA molecules which encompass the bacteriophage T4 base plate late genes 51 ...
AbstractGlobal gene expression profiling of bacteriophage BFK20 infecting the industrial L-lysine pr...
AbstractThe genes required for replication of the temperate bacteriophage P4, which are coded by the...
The mycobacteriophages, phages that infect the genus Mycobacterium, display profound genetic diversi...
AbstractAn increasingly large number of bacteriophage genomes are being sequenced each year. What is...
During viral infections cellular gene expression is subject to rapid alterations induced by both vir...
The bacteriophage T4 gene 33 encodes a small, acidic RNA polymerase-binding protein that mediates en...
Bacteriophages are highly abundant viruses of bacteria. The major role of phages in shaping bacteria...
Bacteriophage T4 gene 32 lies at the 3′ end of a complex transcription unit which includes genes 33,...
A custom microarray was developed to study the temporal gene expression of the two groups of phages ...
We have sequenced a 1,340-bp region of the bacteriophage T4 DNA spanning the comCa gene, a gene whic...
AbstractTranscription of the genome of Bacillus subtilis phage Φ29 is tightly controlled, taking pla...