Measurement accuracy from metabolic phenotyping systems cannot be assumed. This video shows how the accuracy of energy expenditure measurements is dependent on the flow rate of air through mouse metabolic cages. Only higher air flow rates enable you to make accurate resting and active energy expenditure measurements.
This instructional video demonstrates how to assemble and transport the Promethion Metabolic Treadmill made by Sable Systems International.
This instructional video demonstrates how to integrate the Promethion Metabolic Treadmill with the Promethion Core Control Gas Flow (CGF) system, made by Sable Systems International.
This instructional video demonstrates how to design an experimental protocol for the Promethion Metabolic Treadmill made by Sable Systems International.
This instructional video demonstrates how to remove and replace the running belt on the Promethion Metabolic Treadmill made by Sable Systems International.
Is metabolism set from birth? One lab is studying newborns to find out. The Pennington Biomedical Research Center in Louisiana — the only lab in the world equipped to measure metabolism in infants — hopes to reveal the origins of obesity. The infant metabolic chamber was designed by Russell Rising (Metabolic consultant, D & S Consulting Services Inc. Manhattan, NY) and uses Sable’s Promethion Room Calorimetry system.
Ken McKenna, PhD, demonstrates how to calculate metabolic tracer oxidation using the Promethion Core metabolic phenotyping system coupled with the Sable Stable Isotope Analyzer.
An introduction to high precision methane measurement using the new Sable Systems Methane Analyzer. This overview is provided by Marshall McCue, Chief Science Officer for Sable Systems International.