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ACCEDER A LA PUBLICACIÓN: Scopus Orcid Dialnet

Microbiology (Q1)

JCR: 3.061

SJR: 1.659

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Effect Of Multiple Copies Of Rpobc On The Rate Of Rna Synthesis In Escherichia Coli
Transient Enhanced Cell Division By Blocking Dna Synthesis In Escherichia Coli
Thymineless Death Lives On: New Insights Into A Classic Phenomenon
Transient Enhanced Cell Division By Blocking Dna Synthesis In Escherichia Coli
Thymineless Death Lives On: New Insights Into A Classic Phenomenon
Thymineless Death, At The Origin
Thymineless Death Lives On: New Insights Into A Classic Phenomenon
Thymineless Death, At The Origin
Rifampicin Suppresses Thymineless Death By Blocking The Transcription-Dependent Step Of Chromosome Initiation
Thymineless Death, At The Origin
Rifampicin Suppresses Thymineless Death By Blocking The Transcription-Dependent Step Of Chromosome Initiation
Tuning The Replication Fork Progression By The Initiation Frequency
Rifampicin Suppresses Thymineless Death By Blocking The Transcription-Dependent Step Of Chromosome Initiation
Tuning The Replication Fork Progression By The Initiation Frequency
Overlap Of Replication Rounds Disturbs The Progression Of Replicating Forks In A Ribonucleotide Reductase Mutant Of Escherichia Coli
Tuning The Replication Fork Progression By The Initiation Frequency
Overlap Of Replication Rounds Disturbs The Progression Of Replicating Forks In A Ribonucleotide Reductase Mutant Of Escherichia Coli
Reca-Dependent Replication In The Nrda101(Ts) Mutant Of Escherichia Coli Under Restrictive Conditions
Overlap Of Replication Rounds Disturbs The Progression Of Replicating Forks In A Ribonucleotide Reductase Mutant Of Escherichia Coli
Reca-Dependent Replication In The Nrda101(Ts) Mutant Of Escherichia Coli Under Restrictive Conditions
Dna Replication Initiation As A Key Element In Thymineless Death
Reca-Dependent Replication In The Nrda101(Ts) Mutant Of Escherichia Coli Under Restrictive Conditions
Dna Replication Initiation As A Key Element In Thymineless Death
Double-Strand Break Generation Under Deoxyribonucleotide Starvation In Escherichia Coli
Dna Replication Initiation As A Key Element In Thymineless Death
Double-Strand Break Generation Under Deoxyribonucleotide Starvation In Escherichia Coli
Defective Ribonucleoside Diphosphate Reductase Impairs Replication Fork Progression In Escherichia Coli
Double-Strand Break Generation Under Deoxyribonucleotide Starvation In Escherichia Coli
Defective Ribonucleoside Diphosphate Reductase Impairs Replication Fork Progression In Escherichia Coli
Differences In The Degree Of Inhibition Of Ndp Reductase By Chemical Inactivation And By The Thermosensitive Mutation Nrda101 In Escherichia Coli Suggest An Effect On Chromosome Segregation
Defective Ribonucleoside Diphosphate Reductase Impairs Replication Fork Progression In Escherichia Coli
Differences In The Degree Of Inhibition Of Ndp Reductase By Chemical Inactivation And By The Thermosensitive Mutation Nrda101 In Escherichia Coli Suggest An Effect On Chromosome Segregation
The Synchrony Phenotype Persists After Elimination Of Multiple Gatc Sites From The Dnaa Promoter Of Escherichia Coli
Differences In The Degree Of Inhibition Of Ndp Reductase By Chemical Inactivation And By The Thermosensitive Mutation Nrda101 In Escherichia Coli Suggest An Effect On Chromosome Segregation
The Synchrony Phenotype Persists After Elimination Of Multiple Gatc Sites From The Dnaa Promoter Of Escherichia Coli
Escherichia Coli Cells With Increased Levels Of Dnaa And Deficient In Recombinational Repair Have Decreased Viability
The Synchrony Phenotype Persists After Elimination Of Multiple Gatc Sites From The Dnaa Promoter Of Escherichia Coli
Escherichia Coli Cells With Increased Levels Of Dnaa And Deficient In Recombinational Repair Have Decreased Viability
Ribonucleoside Diphosphate Reductase Is A Component Of The Replication Hyperstructure In Escherichia Coli
Escherichia Coli Cells With Increased Levels Of Dnaa And Deficient In Recombinational Repair Have Decreased Viability
Ribonucleoside Diphosphate Reductase Is A Component Of The Replication Hyperstructure In Escherichia Coli
Role Of Dna Methylation At Gatc Sites In The Dnaa Promoter, Dnaap2
Ribonucleoside Diphosphate Reductase Is A Component Of The Replication Hyperstructure In Escherichia Coli
Role Of Dna Methylation At Gatc Sites In The Dnaa Promoter, Dnaap2
Chromosomal Insertions Localized Around Oric Affect The Cell Cycle In Escherichia Coli
Role Of Dna Methylation At Gatc Sites In The Dnaa Promoter, Dnaap2
Chromosomal Insertions Localized Around Oric Affect The Cell Cycle In Escherichia Coli
Determining The Optimal Thymidine Concentration For Growing Thy- Escherichia Coli Strains
Chromosomal Insertions Localized Around Oric Affect The Cell Cycle In Escherichia Coli
Determining The Optimal Thymidine Concentration For Growing Thy- Escherichia Coli Strains
Location Of Pino, A New Gene Located Between Tufa And Rpsj, On The Physical Map Of The Escherichia Coli Chromosome
Determining The Optimal Thymidine Concentration For Growing Thy- Escherichia Coli Strains
Location Of Pino, A New Gene Located Between Tufa And Rpsj, On The Physical Map Of The Escherichia Coli Chromosome
A Calcium-Binding Protein That May Be Required For The Initiation Of Chromosome Replication In Escherichia Coli
Location Of Pino, A New Gene Located Between Tufa And Rpsj, On The Physical Map Of The Escherichia Coli Chromosome
A Calcium-Binding Protein That May Be Required For The Initiation Of Chromosome Replication In Escherichia Coli
Direct Procedure For The Determination Of The Number Of Replication Forks And The Reinitiation Fraction In Bacteria
A Calcium-Binding Protein That May Be Required For The Initiation Of Chromosome Replication In Escherichia Coli
Direct Procedure For The Determination Of The Number Of Replication Forks And The Reinitiation Fraction In Bacteria
Heat Stress In The Presence Of Low Rna Polymerase Activity Increases Chromosome Copy Number In Escherichia Coli
Direct Procedure For The Determination Of The Number Of Replication Forks And The Reinitiation Fraction In Bacteria
Heat Stress In The Presence Of Low Rna Polymerase Activity Increases Chromosome Copy Number In Escherichia Coli
Differential Inhibition Of The Initiation Of Dna Replication In Stringent And Relaxed Strains Of Escherichia Coli
Heat Stress In The Presence Of Low Rna Polymerase Activity Increases Chromosome Copy Number In Escherichia Coli
Differential Inhibition Of The Initiation Of Dna Replication In Stringent And Relaxed Strains Of Escherichia Coli
Effect Of Multiple Copies Of Rpobc On The Rate Of Rna Synthesis In Escherichia Coli
Differential Inhibition Of The Initiation Of Dna Replication In Stringent And Relaxed Strains Of Escherichia Coli
Effect Of Multiple Copies Of Rpobc On The Rate Of Rna Synthesis In Escherichia Coli
Transient Enhanced Cell Division By Blocking Dna Synthesis In Escherichia Coli
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