PUBLICACIÓN

SocialViruses: integrating quantitative Phage–Bacteria and Phage–Phage interaction networks for rational cocktail design

ACCEDER A LA PUBLICACIÓN: Orcid

2025

DOI

10.1093/bioadv/vbaf239

AUTORES DE LA UEX

Felipe Roberto Molina Rodríguez

OTRAS PUBLICACIONES DE INTERÉS

Determining The Optimal Thymidine Concentration For Growing Thy- Escherichia Coli Strains
Socialviruses: Integrating Quantitative Phage–bacteria And Phage–phage Interaction Networks For Rational Cocktail Design
Improving Wine Fermentation Efficiency Of Torulaspora Delbrueckii By Increasing The Ploidy Of Yeast Inocula
Socialviruses: Integrating Quantitative Phage–bacteria And Phage–phage Interaction Networks For Rational Cocktail Design
Improving Wine Fermentation Efficiency Of Torulaspora Delbrueckii By Increasing The Ploidy Of Yeast Inocula
Pneumolysin As A Target For New Therapies Against Pneumococcal Infections: A Systematic Review
Improving Wine Fermentation Efficiency Of Torulaspora Delbrueckii By Increasing The Ploidy Of Yeast Inocula
Pneumolysin As A Target For New Therapies Against Pneumococcal Infections: A Systematic Review
Iterative Level-0: A New And Fast Algorithm To Traverse Mating Networks Calculating The Inbreeding And Relationship Coefficients
Pneumolysin As A Target For New Therapies Against Pneumococcal Infections: A Systematic Review
Iterative Level-0: A New And Fast Algorithm To Traverse Mating Networks Calculating The Inbreeding And Relationship Coefficients
Systematic Analysis Of Putative Phage-Phage Interactions On Minimum-Sized Phage Cocktails
Iterative Level-0: A New And Fast Algorithm To Traverse Mating Networks Calculating The Inbreeding And Relationship Coefficients
Systematic Analysis Of Putative Phage-Phage Interactions On Minimum-Sized Phage Cocktails
Phagecocktail: An R Package To Design Phage Cocktails From Experimental Phage-Bacteria Infection Networks
Systematic Analysis Of Putative Phage-Phage Interactions On Minimum-Sized Phage Cocktails
Phagecocktail: An R Package To Design Phage Cocktails From Experimental Phage-Bacteria Infection Networks
Computational Design Of Phage Cocktails Based On Phage-Bacteria Infection Networks
Phagecocktail: An R Package To Design Phage Cocktails From Experimental Phage-Bacteria Infection Networks
Computational Design Of Phage Cocktails Based On Phage-Bacteria Infection Networks
New Insights Into The Genome Organization Of Yeast Double-Stranded Rna Lbc Viruses
Computational Design Of Phage Cocktails Based On Phage-Bacteria Infection Networks
New Insights Into The Genome Organization Of Yeast Double-Stranded Rna Lbc Viruses
Effectiveness Of A Bacteriophage Cocktail In Reducing Cheese Early Blowing Caused By Escherichia Coli
New Insights Into The Genome Organization Of Yeast Double-Stranded Rna Lbc Viruses
Effectiveness Of A Bacteriophage Cocktail In Reducing Cheese Early Blowing Caused By Escherichia Coli
A New Pipeline For Designing Phage Cocktails Based On Phage-Bacteria Infection Networks
Effectiveness Of A Bacteriophage Cocktail In Reducing Cheese Early Blowing Caused By Escherichia Coli
A New Pipeline For Designing Phage Cocktails Based On Phage-Bacteria Infection Networks
A New Pipeline For Designing Phage Cocktails Based On Phage-Bacteria Infection Networks
A New Pipeline For Designing Phage Cocktails Based On Phage-Bacteria Infection Networks
A New Pipeline For Designing Phage Cocktails Based On Phage-Bacteria Infection Networks
Corrigendum: Diversity And Local Coadaptation Of Escherichia Coli And Coliphages From Small Ruminants (Front.microbiol, (2020), 11, (564522), 10.3389/fmicb.2020.564522)
A New Pipeline For Designing Phage Cocktails Based On Phage-Bacteria Infection Networks
Corrigendum: Diversity And Local Coadaptation Of Escherichia Coli And Coliphages From Small Ruminants (Front.microbiol, (2020), 11, (564522), 10.3389/fmicb.2020.564522)
Diversity And Local Coadaptation Of Escherichia Coli And Coliphages From Small Ruminants
Corrigendum: Diversity And Local Coadaptation Of Escherichia Coli And Coliphages From Small Ruminants (Front.microbiol, (2020), 11, (564522), 10.3389/fmicb.2020.564522)
Diversity And Local Coadaptation Of Escherichia Coli And Coliphages From Small Ruminants
Optimising Detection Of Acidification Kinetics Diversity In Lactococcus Lactis Subsp. Lactis Using Sds-Page Protein Fingerprinting As Screening Method
Diversity And Local Coadaptation Of Escherichia Coli And Coliphages From Small Ruminants
Optimising Detection Of Acidification Kinetics Diversity In Lactococcus Lactis Subsp. Lactis Using Sds-Page Protein Fingerprinting As Screening Method
Early Blowing In Raw Goats' Milk Cheese: Gas Production Capacity Of Enterobacteriaceae Species Present During Manufacturing And Ripening
Optimising Detection Of Acidification Kinetics Diversity In Lactococcus Lactis Subsp. Lactis Using Sds-Page Protein Fingerprinting As Screening Method
Early Blowing In Raw Goats' Milk Cheese: Gas Production Capacity Of Enterobacteriaceae Species Present During Manufacturing And Ripening
Early Blowing In Raw Goats' Milk Cheese: Gas Production Capacity Of Enterobacteriaceae Species Present During Manufacturing And Ripening
Early Blowing In Raw Goats' Milk Cheese: Gas Production Capacity Of Enterobacteriaceae Species Present During Manufacturing And Ripening
Early Blowing In Raw Goats' Milk Cheese: Gas Production Capacity Of Enterobacteriaceae Species Present During Manufacturing And Ripening
Enterobacteriaceae Species During Manufacturing And Ripening Of Semi–hard And Soft Raw Ewe's Milk Cheese: Gas Production Capacity
Early Blowing In Raw Goats' Milk Cheese: Gas Production Capacity Of Enterobacteriaceae Species Present During Manufacturing And Ripening
Enterobacteriaceae Species During Manufacturing And Ripening Of Semi–hard And Soft Raw Ewe's Milk Cheese: Gas Production Capacity
Improved Detection Of Escherichia Coli And Coliform Bacteria By Multiplex Pcr
Enterobacteriaceae Species During Manufacturing And Ripening Of Semi–hard And Soft Raw Ewe's Milk Cheese: Gas Production Capacity
Improved Detection Of Escherichia Coli And Coliform Bacteria By Multiplex Pcr
Organization Of Ribonucleoside Diphosphate Reductase During Multifork Chromosome Replication In Escherichia Coli
Improved Detection Of Escherichia Coli And Coliform Bacteria By Multiplex Pcr
Organization Of Ribonucleoside Diphosphate Reductase During Multifork Chromosome Replication In Escherichia Coli
Determination Of Cell Cycle Parameters By Flow Cytometry In Bacteria: Practical Considerations
Organization Of Ribonucleoside Diphosphate Reductase During Multifork Chromosome Replication In Escherichia Coli
Determination Of Cell Cycle Parameters By Flow Cytometry In Bacteria: Practical Considerations
Correlation Between Ribonucleoside-Diphosphate Reductase And Three Replication Proteins In Escherichia Coli
Determination Of Cell Cycle Parameters By Flow Cytometry In Bacteria: Practical Considerations
Correlation Between Ribonucleoside-Diphosphate Reductase And Three Replication Proteins In Escherichia Coli
Dynamic Organization Of Replication Forks Into Factories In Escherichia Coli
Correlation Between Ribonucleoside-Diphosphate Reductase And Three Replication Proteins In Escherichia Coli
Dynamic Organization Of Replication Forks Into Factories In Escherichia Coli
Deletion Of The Data Site Does Not Affect Once-Per-Cell-Cycle Timing But Induces Rifampin-Resistant Replication
Dynamic Organization Of Replication Forks Into Factories In Escherichia Coli
Deletion Of The Data Site Does Not Affect Once-Per-Cell-Cycle Timing But Induces Rifampin-Resistant Replication
Genetic Instability Of Heterozygous, Hybrid, Natural Wine Yeasts
Deletion Of The Data Site Does Not Affect Once-Per-Cell-Cycle Timing But Induces Rifampin-Resistant Replication
Genetic Instability Of Heterozygous, Hybrid, Natural Wine Yeasts
Replication Fork And Seqa Focus Distributions In Escherichia Coli Suggest A Replication Hyperstructure Dependent On Nucleotide Metabolism
Genetic Instability Of Heterozygous, Hybrid, Natural Wine Yeasts
Replication Fork And Seqa Focus Distributions In Escherichia Coli Suggest A Replication Hyperstructure Dependent On Nucleotide Metabolism
Chromosomal Insertions Localized Around Oric Affect The Cell Cycle In Escherichia Coli
Replication Fork And Seqa Focus Distributions In Escherichia Coli Suggest A Replication Hyperstructure Dependent On Nucleotide Metabolism
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
Socialviruses: Integrating Quantitative Phage–bacteria And Phage–phage Interaction Networks For Rational Cocktail Design
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