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Electrochemical detection of lesions in DNA
Amie K. Boal
, Jacqueline K. Barton
Biochemistry & Molecular Biology
Chemistry
Research output
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Contribution to journal
›
Article
›
peer-review
114
Scopus citations
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Keyphrases
Charge Transport
100%
Electrochemical Detection
100%
Transport Efficiency
37%
Thermodynamic Stability
12%
Methyl
12%
Thymine
12%
Hydrogen Bonds (H-bonds)
12%
Conformational Change
12%
Diagnostic Applications
12%
Structure Modification
12%
Sensitive Detection
12%
Helix
12%
Damage Detection
12%
Methyl Groups
12%
Detection Method
12%
General Trends
12%
Cytosine
12%
DNA Damage
12%
Hydrogen Bonding Interaction
12%
DNA Repair Enzymes
12%
O6-methylguanine
12%
Modified Gold Electrode
12%
Watson-Crick Base Pairs
12%
Base Modification
12%
Detection Mechanism
12%
Methylene Blue
12%
Basis Mismatch
12%
8-oxoguanine
12%
Common Base
12%
DNA Biosensor
12%
Bonding Interface
12%
Base Stacking
12%
Steric Bulk
12%
DNA Helix
12%
Nebularine
12%
Chemistry
Electrochemical Detection
100%
DNA
100%
Base
63%
Pair-Base
27%
Hydrogen Bonding
18%
Methyl Group
9%
Methylene Blue
9%
Sensitive Detection
9%
Cytosine
9%
Guanine
9%
Repair Enzyme
9%
6-O-Methylguanine
9%
Engineering
Charge Transport
100%
Damage Detection
12%
Thermodynamic Stability
12%
Sensitive Detection
12%
Base Structure
12%
Earth and Planetary Sciences
Methylene Blue
12%
Stacking
12%
Therapy
12%