Short course mixOmics R Essentials for Biological Data Integration

Gain essential tools and knowledge to analyse complex biological data

  • Fees: $1320.00 AUD (inc GST)
  • Delivery mode: Online
  • Duration: 4 weeks
Register for updates Upcoming dates are yet to be announced

What you will learn

Gain contemporary skills and knowledge.

Large biological data, which are often noisy and high-dimensional, have become increasingly prevalent in biology and medicine. To gain a holistic understanding of biological systems, layers of molecular information – or the omics, including transcriptomics, proteomics, metabolomics, metagenomics – must be statistically integrated.

This short course provides the necessary training in statistical data analysis for complex biological data using the renowned integrative analysis R toolkit, package mixOmics.

This course will be useful to researchers at all levels who work with high-throughput omics data, and are seeking the skills to obtain new and deeper insights into biological mechanisms and biomedical problems being faced.

The course is developed and taught by leading researcher, Kim-Anh Lê Cao.

Learn to explore, integrate and interpret data

Be trained in data exploration, integration and interpretation in order to analyse complex biological data. Learn to evaluate the appropriateness of different data integration methods for a given biological question, and interpret the outputs of each method.

Understand key concepts in multivariate methods

Gain an understanding of key concepts underlying multivariate exploratory and integrative methods, and how they can be applied for data analysis.

Learn essential methods for working with large biological data

Gain an overview of statistical and dimension reduction methods for high-throughput biological data. This will help you develop the ability to mine and integrate these large data sets.

Practice using the mixOmics R package

Engage with detailed case studies and array of methods and hands-on applications with the mixOmics R package. You’ll have an opportunity to select and apply the relevant method to a biological data set, including your own data, honing your critical thinking skills, analytical skills using R, and ability to mine large data sets in practice.

Who you will learn from

Learn from skilled academic and professional experts.

Associate Professor Kim-Anh Lê Cao

Associate Professor in Statistical Genomics, School of Mathematics and Statistics

With a background in mathematical engineering, Kim-Anh has had a dynamic career, including as a biostatistician consultant at QFAB Bioinformatics and as a research group leader at the biomedical University of Queensland Diamantina Institute. She is currently Associate Professor at the University of Melbourne, where her research focuses on the development computational and statistical methods for biological data. She leads the mixOmics team with contributors from France, Australia and Canada.

Fees

For all Non Research Higher Degree students, Universities & Not-for-profit organisations:

$1320.00 AUD (inc GST)

Please contact Student Support to pay by invoice.

For Research Higher Degree students enrolled in a University:

$495 AUD (incl. GST)

For Universities and Not-for-profit organisations:

$825 (incl. GST)

Dates

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Course details