PUBLICACIÓN

ACCEDER A LA PUBLICACIÓN: Scopus Orcid Dialnet

Biochemistry (Q1), Molecular Biology (Q2), Biochemistry, Genetics and Molecular Biology (miscellaneous) (Q1)

JCR: 6.113

SJR: 1.415

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OTRAS PUBLICACIONES DE INTERÉS

Plasmid Copy Number Quantification By Spectrofluorometry
Energy Starvation Induces A Cell Cycle Arrest In Escherichia Coli By Triggering Degradation Of The Dnaa Initiator Protein
Production Of A Recombinant Single-Domain Antibody For Gluten Detection In Foods Using The Pichia Pastoris Expression System
Energy Starvation Induces A Cell Cycle Arrest In Escherichia Coli By Triggering Degradation Of The Dnaa Initiator Protein
Production Of A Recombinant Single-Domain Antibody For Gluten Detection In Foods Using The Pichia Pastoris Expression System
Coping With Reactive Oxygen Species To Ensure Genome Stability In Escherichia Coli
Production Of A Recombinant Single-Domain Antibody For Gluten Detection In Foods Using The Pichia Pastoris Expression System
Coping With Reactive Oxygen Species To Ensure Genome Stability In Escherichia Coli
Role Of Double Strand Dna Break Repair For Quinolone Sensitivity In Escherichia Coli: Therapeutic Implications
Coping With Reactive Oxygen Species To Ensure Genome Stability In Escherichia Coli
Role Of Double Strand Dna Break Repair For Quinolone Sensitivity In Escherichia Coli: Therapeutic Implications
Oxidative Dna Damage Is Instrumental In Hyperreplication Stress-Induced Inviability Of Escherichia Coli
Role Of Double Strand Dna Break Repair For Quinolone Sensitivity In Escherichia Coli: Therapeutic Implications
Oxidative Dna Damage Is Instrumental In Hyperreplication Stress-Induced Inviability Of Escherichia Coli
Plasmid Copy Number Quantification By Spectrofluorometry
Oxidative Dna Damage Is Instrumental In Hyperreplication Stress-Induced Inviability Of Escherichia Coli
Plasmid Copy Number Quantification By Spectrofluorometry
Energy Starvation Induces A Cell Cycle Arrest In Escherichia Coli By Triggering Degradation Of The Dnaa Initiator Protein
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