Two-Photon Fluorescence Resonance Energy Transfer in Protein-Fluorophore Complexes
Philip Allcock, Davıd L. Andrews
Abstract
Philip Allcock, Davıd L. Andrews
Abstract
A microscopic theory of two-photon fluorescence energy transfer is presented with particular view to its use as a probe into the structure of protein-fluorophore complexes. The onset of a radiative character to the energy transfer is identified at comparatively short distances, and is apparent in substantially modified fluorescence polarization.
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A microscopic theory of two-photon fluorescence energy transfer is presented with particular view to its use as a probe into the structure of protein-fluorophore complexes. The onset of a radiative character to the energy transfer is identified at comparatively short distances, and is apparent in substantially modified fluorescence polarization.
Key concepts: Fluorophore, Fluorescence in the life sciences, Fluorescence, Förster resonance energy transfer, Energy transfer, Photon, Resonance fluorescence, Polarization (electrochemistry)