D |
Diffusion coefficient |
Fi |
Prebleach fluorescence intensity |
τ1/2
|
Half time of recovery |
F0
|
Initial postbleach fluorescence intensity |
re |
Nominal radius = bleaching spot radius =sampling region radius |
F∞
|
Postbleach steady state fluorescence intensity |
re |
Effective radius = Spreading radius of post-bleach profile |
F1/2
|
Fluorescence intensity at the half of recovery = [F0 + F∞]/2 |
q |
Quantum yield |
Mf |
Mobile fraction = [F∞ − F0]/[Fi − F0] |
ε |
Attenuation factor for excitation laser |
τD |
|
K |
Bleaching depth parameter |
Drn |
D from Soumpasis Eq. using
|
γ |
The ratio of the nominal and effective radius = rn/re
|
Dre |
D from Soumpasis Eq. using
|
Ci |
Prebleach fluorescent protein concentration |
DConfocal |
D from rn, re and
|
n |
Number of independent experiments |
N |
Total number of cells for FRAP data collection |