A New Concept in Metabolic Studies: How Personalized 'Sportomics' Bridges Bench and Clinical Science
24 Jul 2014

In this webinar, Prof. L. C. Cameron will describe a novel, sportomics approach to studying exercise-induced changes in the human metabolome. Discover new solutions to analyzing small data sets, and discover how the sportomics approach can bridge the gap between bench top and clinical science, furthering our understanding of hypermetabolic disease states.

Learn how you can

•  Use exercise as a model to understand pathological responses.
•  Develop different data analysis strategies for the analysis of metabolomics data.
•  Use mass spectrometry as a targeted and non-targeted tool, and optimize laboratory techniques 'in-field'.
•  Understand and monitor an individual's metabolome in order to improve health and performance.

SelectScience



Show    per page
1 of 1 Page     1 Next 
A New Concept in Metabolic Studies: How Personalized 'Sportomics' Bridges Bench and Clinical Science24 Jul 2014Read
Click Chemistry Reagents Labeled with DBCO Groups Allow for Copper-Free Biomolecule Labeling Reactions18 Jun 2014Read
Combining dynamic light scattering and raman spectroscopy to achieve new insights into protein stability, aggregation and high order structure18 Mar 2014Read
The Powerful Combination of XRD/NMR and Electron Microscopy26 Feb 2014Read
Application of Ultraperformance Nanoscale Liquid Chromatography and High Resolution Accurate Mass Tandem Mass Spectrometry in ‘Omic Biomedical Studies of Infectious Disease and Cancer16 Jul 2013Read

Buying guides