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Fluorescence anisotropy, which was first described away Perrin,95is based connected the observation that when a belittled fluorescent molecule is excited with plane- polarized light, the emitted light is largely depolarized because molecules tumble chop-chop in solution during their fluorescence life.
Table of contents
- Fluorescence anisotropy thesis in 2021
- Fluorescence polarization calculation
- Fluorescence anisotropy measurements
- Fluorescence polarization g factor
- Perrin equation
- Fluorescence anisotropy thesis 06
- Fluorescence anisotropy thesis 07
- Fluorescence anisotropy thesis 08
Fluorescence anisotropy thesis in 2021
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Fluorescence polarization calculation
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Fluorescence anisotropy measurements
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Fluorescence polarization g factor
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Perrin equation
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Fluorescence anisotropy thesis 06
Fluorescence anisotropy thesis 07
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Fluorescence anisotropy thesis 08
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How does the Perrin equation relate to fluorescence anisotropy?
Combining Eqs. (4.1) and (4.2) yields the fluorescence anisotropy in measurable quantities Furthermore, the Perrin equation ( Eq. 4.5) ( Perrin, 1926) relates fluorescence anisotropy to the rotational correlation time ( τc) of the labeled molecule and the fluorescence lifetime of the fluorophore ( τ)
How does rotational diffusion of fluorophore cause anisotropy?
Thus, the rotational diffusion of the fluorophore brings about depolarization of the emitted light. Hence, anisotropy depicts average angular displacement in the time between absorption and emission of photon.
How is the anisotropy of a light source defined?
The anisotropy (r) of a light source is defined as the ratio of the polarized component to the total intensity ( I T {\displaystyle I_{T}} ): r = I z − I y I x + I y + I z {\displaystyle r={\frac {I_{z}-I_{y}}{I_{x}+I_{y}+I_{z}}}}.
What causes the loss of fluorescence in anisotropy?
If the emission polarizer is vertically polarized there will be an additional loss of fluorescence as Brownian motion results in dye molecules moving from an initial vertical polarized configuration to an unpolarized configuration.
Last Update: Oct 2021