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Fluorescence quenching and isotope effect of tryptophan
J. Eisinger
*
,
G. Navon
*
Corresponding author for this work
Lucent
Tel Aviv University
Research output
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Contribution to journal
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Article
›
peer-review
188
Scopus citations
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Keyphrases
Tryptophan
100%
Isotope Effect
100%
Fluorescence Quenching
100%
Quantum Yield
75%
Activation Energy
50%
Room Temperature
25%
Temperature Range
25%
Polypeptide
25%
Emission Spectrum
25%
Proton Transfer
25%
Non-radial
25%
Spectral Changes
25%
Mechanisms of Change
25%
Excited States
25%
Asymptotic Value
25%
Wide Temperature Range
25%
Solvate
25%
Fluorescence Spectra
25%
Tryptophan Residues
25%
Solvent Molecules
25%
Deuterated Solvents
25%
Emission Shift
25%
De-excitation
25%
Fluorescence Yield
25%
Solvation Shell
25%
Quenching Mechanism
25%
Tryptophan Derivatives
25%
Chemistry
Fluorescence Quenching
100%
Tryptophan
100%
Isotope Effect
100%
Quantum Yield
75%
Reaction Activation Energy
50%
Proton Transfer
25%
Excited State
25%
Ambient Reaction Temperature
25%
Emission Spectra
25%
Fluorescence Spectrum
25%
Exciplex
25%
Tryptophan Derivative
25%
Polypeptide
25%