In bacteria, gene expression is controlled primarily at the level of transcription initia-tion. Control can be achieved through the use of DNA-binding proteins (repressors and activators) that affect the efficiency of initiation, but also through the use of alternative forms of RNA polymerase with different promoter recognition characteristics. Th
The bacterial cell must be able to rapidly change its gene expression to survive unstable external c...
The study presented in this document was developed in the laboratory of molecular genetics of bacter...
RNA polymerase (RNAP) is a key enzyme in regulation of bacterial gene expression. RNAP is multi-subu...
The initiation of transcription is the most important step for gene regulation in eubacteria. To ini...
An important feature of bacteria is their ability to respond to various environmental conditions by ...
Transcription is the first and most heavily regulated step in gene expression. Sigma (σ) factors are...
An important feature of bacteria is an ability to adapt to changing environment by regulating gene e...
Alternative sigma factors regulate the activity of RNA polymerases under specific conditions and are...
Bacterial sigma (sigma) factors confer gene specificity upon the RNA polymerase, the central enzyme ...
Abstract: In bacteria, transcriptional regulation is a key step in cellular gene expression. All bac...
Sigma factors control global switches of the genetic expression program in bacteria. Different sigma...
Transcription factors and sigma factors play a major role in bacterial gene regulation by guiding th...
Bacterial signaling systems are crucial for bacterial adaptation to the environment and the host. Th...
The aim of this thesis was to characterize the function of sigma factors of the bacterium Corynebact...
Abstract Regulation of transcription by extracytoplasmic-function (ECF) sigma factors of RNA polymer...
The bacterial cell must be able to rapidly change its gene expression to survive unstable external c...
The study presented in this document was developed in the laboratory of molecular genetics of bacter...
RNA polymerase (RNAP) is a key enzyme in regulation of bacterial gene expression. RNAP is multi-subu...
The initiation of transcription is the most important step for gene regulation in eubacteria. To ini...
An important feature of bacteria is their ability to respond to various environmental conditions by ...
Transcription is the first and most heavily regulated step in gene expression. Sigma (σ) factors are...
An important feature of bacteria is an ability to adapt to changing environment by regulating gene e...
Alternative sigma factors regulate the activity of RNA polymerases under specific conditions and are...
Bacterial sigma (sigma) factors confer gene specificity upon the RNA polymerase, the central enzyme ...
Abstract: In bacteria, transcriptional regulation is a key step in cellular gene expression. All bac...
Sigma factors control global switches of the genetic expression program in bacteria. Different sigma...
Transcription factors and sigma factors play a major role in bacterial gene regulation by guiding th...
Bacterial signaling systems are crucial for bacterial adaptation to the environment and the host. Th...
The aim of this thesis was to characterize the function of sigma factors of the bacterium Corynebact...
Abstract Regulation of transcription by extracytoplasmic-function (ECF) sigma factors of RNA polymer...
The bacterial cell must be able to rapidly change its gene expression to survive unstable external c...
The study presented in this document was developed in the laboratory of molecular genetics of bacter...
RNA polymerase (RNAP) is a key enzyme in regulation of bacterial gene expression. RNAP is multi-subu...