Lecture 4.5
Title: Tutorial — Computing the Likelihoods of Single-cell Data using a Stochastic Model
Lecturer: Dr. Zachary Fox
Lecturer Website: https://zachfox.github.io/
Lecturer Email: zachrfox@gmail.com
Learning Objectives:
Learn how to compare CME solutions and single-cell measurements
- Learn what is meant by a likelihood function
- Compute the likelihood of single-cell data given a stochastic model
Zachary Fox received his doctorate in Biomedical Engineering from Colorado State University in 2019 where he developed new methods to integrate single-cell microscopy data and stochastic models of gene expression. These tools include new approaches to infer model parameters from data and use stochastic models to design more informative experiments. Zach then attended the Institut Pasteur in Paris, France, where he did his postdoc in microscopy automation and optogenetic control of gene expression in synthetically engineered yeast using stochastic models. He worked with Gregory Batt and Jakob Ruess. He is now working on a secondary postdoc at the Center for Nonlinear Studies and Computer, Computational, and Statistical Science at Los Alamos National Lab, with Dr. Yen Ting Lin and Dr. Anatoly Zlotnik.
Title: Computing the Likelihoods of Single-cell Data using a Stochastic Mode
Abstract: abc abc abc
- Question 1
- Question 2