CONFOCOR
3
ConfoCor 3
Contents
Carl Zeiss
02/2010 M60-1-0025
e
1
CHAPTER 9
CONFOCOR 3
CONTENTS
Page
9
CONFOCOR 3 ....................................................................................................... 3
9.1
Principle of Laser Scanning Microscopy .............................................................................. 3
9.1.1
Principle of Fluorescence Correlation Spectroscopy............................................................. 4
9.1.2
Optical Diagram of the ConfoCor 3 and the LSM 710 and LSM 780 Systems (Schematic) ... 5
9.1.3
Performance Features of the ConfoCor 3 and the LSM 710 and LSM 780 Systems ............. 6
9.1.3.1
Optical and Mechanical Aspects......................................................................................... 6
9.1.3.2
Microscope Equipment of the ConfoCor 3 and the LSM 710 and LSM 780 Systems ........... 7
9.1.3.3
Computer Hardware and Software .................................................................................... 9
9.2
Starting the Software....................................................................................................... 10
9.3
Main Menu for ConfoCor ................................................................................................ 11
9.4
Methods .......................................................................................................................... 13
9.5
Carrier Position ................................................................................................................ 14
9.5.1
X,Y Stage Control ............................................................................................................ 14
9.5.2
Z (Focus) Control.............................................................................................................. 16
9.6
System Configuration ...................................................................................................... 21
9.6.1
Light Path ........................................................................................................................ 21
9.6.1.1
Pinhole ............................................................................................................................ 30
9.7
Acquisition....................................................................................................................... 35
9.7.1.1
Times............................................................................................................................... 35
9.7.1.2
Kinetics............................................................................................................................ 37
9.7.1.3
Positions .......................................................................................................................... 39
9.8
Processing........................................................................................................................ 47
9.8.1
Fit .................................................................................................................................... 47
9.8.2
Data Handling.................................................................................................................. 49
9.9
Models ............................................................................................................................ 52
9.9.1
Correlation ...................................................................................................................... 52
9.9.2
Model Equations.............................................................................................................. 53
9.9.3
Definition of a Model....................................................................................................... 70