Inhibition of biochemical reactions by silicon nanowires through modulating enzyme activities

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

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Pharmacology, Toxicology and Pharmaceutical Science

100
Molecular Wire Pharmacology, Toxicology ...
100
Enzymes Pharmacology, Toxicology ...
100
Silicon Pharmacology, Toxicology ...
33
Functional Groups Pharmacology, Toxicology ...
33
Silicon Dioxide Pharmacology, Toxicology ...
33
Restriction Endonuc... Pharmacology, Toxicology ...
33
Taq Polymerase Pharmacology, Toxicology ...
33
Chemical Interactio... Pharmacology, Toxicology ...

Material Science

100
Silicon Material Science
100
Nanowire Material Science
100
Enzyme Activity Material Science
50
Wire Material Science
50
Enzyme Material Science
50
DNA Material Science
50
Gels Material Science

Keyphrases

100
Silicon Nanowires (... Keyphrases
100
Enzyme Activity Keyphrases
100
Biochemical Reactio... Keyphrases
16
Silica Keyphrases
16
Functional Groups Keyphrases
16
Chemical Interactio... Keyphrases
16
Low-band Keyphrases
16
Co. KGaA Keyphrases
16
Restriction Endonuc... Keyphrases
16
Taq DNA Polymerase Keyphrases
16
Carboxylic Group Keyphrases

INIS

100
silicon INIS
100
nanowires INIS
100
enzyme activity INIS
100
inhibition INIS
50
interactions INIS
50
wires INIS
50
gels INIS
50
enzymes INIS
50
endonucleases INIS
50
dna polymerases INIS

Chemical Engineering

100
Silicon Chemical Engineering
100
Nanowire Chemical Engineering
50
Functional Group Chemical Engineering
50
Gel Chemical Engineering
Research OutputsResearch Output authored by Inhibition of biochemical reactions by silicon nanowires through modulating enzyme activities is tagged with the concept