Presented at The 2nd Carl Zeiss Symposium On FCS & Related Methods

October 25-26, 2000, St. Louis (Meeting Program & Abstracts)


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Table of Contents

Outline

Stochastic Nature of Single Molecules

Single Molecule Kinetics

Statistical Analysis of Fluctuations

Fluctuation Correlation & Distribution

Chemical Reaction of N Identical Independent Molecules

Chemical Reaction of N Identical Independent Molecules - Cont.

Correlation function for N independent identical particles is N times the correlation function for a single particle!

From Discrete Markov Model to Continuous Diffusion

Brownian Motion in a Continuous Energy Landscape (Diffusion)

Quantitative Equation of Motion

Smoluchowski Equation, Markov Process & Chemical Kinetics

Diffusion and FCS of Single Molecules (Particles)

3D Excitation Profile

Fluorescence Correlation Function for Single Molecules

Equations for Stochastic Macromolecular Mechanics

Summary

Author: Hong Qian

Email: qian@amath.washington.edu

Home Page: http://www.amath.washington.edu/~qian