Keyphrases
Redox
100%
Pyridoxine
100%
Chemoresponsiveness
100%
Breast Cancer Stem Cells
100%
NEIL2
63%
DNA Damage
27%
Redox Status
18%
Doxorubicin
18%
Apoptosis
9%
Induced Apoptosis
9%
DNA Repair
9%
Repair Method
9%
Plethora
9%
Protective Effect
9%
Regulatory Role
9%
Death Signals
9%
Acetylation
9%
P300
9%
Transcription-coupled Repair
9%
Base Excision Repair Enzymes
9%
Doxorubicin Treatments
9%
Evade
9%
Molecular Strategies
9%
Redox Modulation
9%
Chemotherapy-induced
9%
RNA Pol II
9%
Redox Regulation
9%
Redox Balance
9%
Caspase Cascade
9%
Vitamin B6
9%
Chemosensitization
9%
Genotoxic Drugs
9%
Medicine and Dentistry
Breast Cancer
100%
Cancer Stem Cell
100%
Pyridoxine
100%
Reactive Oxygen Species
27%
DNA Damage
27%
Doxorubicin
27%
Programmed Cell Death
18%
DNA Repair
9%
Sensitization
9%
Caspase
9%
Base Excision Repair
9%
Acetylation
9%
Repair Enzyme
9%
Chemotherapy
9%
Biochemistry, Genetics and Molecular Biology
Cancer Stem Cell
100%
Pyridoxine
100%
Vitamin B6
100%
DNA Damage
27%
Doxorubicin
27%
DNA Repair
9%
Transcription
9%
RNA
9%
Base Excision Repair
9%
Acetylation
9%
Repair Enzyme
9%
Caspase
9%
Sensitization
9%
Agricultural and Biological Sciences
Vitamin B6
100%
Cancer Stem Cell
100%
DNA Damage
27%
Programmed Cell Death
18%
DNA Repair
9%
Caspase
9%
Acetylation
9%
Protective Effect
9%
Base Excision Repair
9%
Pharmacology, Toxicology and Pharmaceutical Science
Breast Cancer
100%
Pyridoxine
100%
Doxorubicin
27%
Chemotherapy
9%
Base
9%
Caspase
9%
Immunology and Microbiology
Cancer Stem Cell
100%
DNA Damage
27%
DNA Repair
9%
Sensitization
9%
Caspase
9%
Acetylation
9%
Excision Repair
9%
Repair Enzyme
9%