Interactions between carbon nanotubes and DNA polymerase and restriction endonucleases

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Chemistry

100
Chemical Reaction Chemistry
100
Deoxyribonucleic Ac... Chemistry
100
Chain Reaction Chemistry
100
Carbon Nanotube Chemistry
100
Digestion Chemistry
66
Single Walled Nanot... Chemistry
66
Multi-Walled Carbon... Chemistry
33
Group Chemistry
33
Reaction Mechanism Chemistry
33
Enzyme Activity Chemistry
33
Biochemical Reactio... Chemistry
33
Nanomaterial Chemistry

Keyphrases

100
Carbon Nanotubes Keyphrases
100
Multi-walled Carbon... Keyphrases
100
DNA Polymerase Keyphrases
100
Restriction Endonuc... Keyphrases
100
DNA Restriction Keyphrases
75
Polymerase Chain Re... Keyphrases
75
Restriction Digesti... Keyphrases
25
Enzyme Activity Keyphrases
25
Mechanism of Action Keyphrases
25
Biological Systems Keyphrases
25
Nanomaterials Keyphrases
25
Inhibition Effect Keyphrases
25
MWCNTs-COOH Keyphrases
25
Carboxylic Group Keyphrases
25
Biochemical Reactio... Keyphrases
25
Reaction Chain Keyphrases

INIS

100
interactions INIS
100
carbon nanotubes INIS
100
endonucleases INIS
100
dna polymerases INIS
60
polymerase chain re... INIS
60
digestion INIS
20
efficiency INIS
20
enzyme activity INIS
20
inhibition INIS
20
nanomaterials INIS

Engineering

100
Carbon Nanotube Engineering
100
Chain Reaction Engineering
66
Multi-Walled Carbon... Engineering
66
Single-Walled Carbo... Engineering
33
Mechanisms Engineering
33
Inhibition Engineering
33
Nanomaterial Engineering
33
Biochemicals Engineering
33
Biological System Engineering
33
Enzymatic Activity Engineering
33
Efficiency Engineering

Chemical Engineering

100
Carbon Nanotube Chemical Engineering
Research OutputsResearch Output authored by Interactions between carbon nanotubes and DNA polymerase and restriction endonucleases is tagged with the concept