Obesity Webinar Series 2020
A webinar series focused on late-breaking research and discovery relating to the physiological mechanisms of obesity-related disease.
#ExpertAnswers: Tonya Coulthard on the Capabilities of PET/CT Imaging
Tonya Coulthard discusses the features and benefits of SuperArgus PET/CT systems and reviews its unique capabilities.
SuperArgus PET/CT: Advanced Pre-Clinical Imaging for Small to Medium Animals
Tonya Coulthard discusses the SuperArgus PET/CT systems, reviewing both basic and unique imaging capabilities, including real-time imaging of awake animals as well as multiplexed PET imaging of standard and non-standard isotopes.
RRSSC – Rodent Glucose Clamp Workshop
This workshop is essential for those looking to master the glucose clamp technique in awake and behaving mice and rats. These models allow for glucose clamping using instruments such as Instech's euglycemic clamp.
How to Synchronize Participant Video With Physiology Data
An essential webinar for scientists interested in recording synchronized video with physiological measurements in human or animal research applications.
#ExpertAnswers: Stephanie Simonds and Megan Fine on Glucose Monitoring
Stephanie Simonds and Megan Fine present wireless glucose monitoring methodology, best practices, research findings, and discuss the power of continuous glucose profiles, particularly when combined with other gold standard assays to study obesity, diabetes and cardiovascular related diseases.
From Mouse to Monkey: Revolutionizing Research via Preclinical Continuous Glucose Telemetry
Scientists present wireless glucose monitoring methodology, best practices, research findings, and discuss the power of continuous glucose profiles in obesity, diabetes and cardiovascular research.
#ExpertAnswers: Phil Loeb & Danny Rutar on Key Issues Around Measuing VO2 via Indirect Calorimetry
This episode of #ExpertAnswers features Phil Loeb from AEI Technologies and Danny Rutar from Redback Biotek. Together they discuss key [...]
Understanding the Issues Affecting the Accuracy of Measuring Oxygen Consumption Utilizing Metabolic Carts
A presentation on key issues effecting the accuracy and reproducibility of measuring Oxygen Consumption, VO2, via indirect calorimetry utilizing Metabolic Carts, and best-practices for scientists to drive more consistent and precise measurements.
#ExpertAnswers: Frazer Findlay & William McMullen on Recording Metabolic Data
Frazer Findlay and William McMullen introduce a new gas analysis solution and review fundamental principles for human metabolic studies.
Recording High-Quality Metabolic Data in Humans
Frazer Findlay and William McMullen discuss new technology and methods for measuring metabolic data from human research participants
#ExpertAnswers: Daniel Lark & John Lighton on Behavioral Neuroscience
In this episode of Expert Answers join Dan Lark, PhD and John Lighton, PhD for a very interesting conversation around integrating metabolic phenotyping with behavioral neuroscience.
Integrating Metabolic Phenotyping with Behavioral Neuroscience
Scientists discuss how to integrate metabolic phenotyping with behavioral paradigms, the importance of temporal resolution, and how to avoid common pitfalls when executing behavioral and metabolic tests.
#ExpertAnswers: John Lighton and Jennifer Teske on Metabolic Phenotyping
John Lighton and Jennifer Teske discuss the relevance of high-bandwidth metabolic measurement synchronized with intake and other behavioral data.
The Future of Metabolic Phenotyping: Using data bandwidth to maximize N, analytical flexibility and reproducibility
An essential webinar for metabolic and behavioral researchers requiring detailed time courses and accurate correlation of energy expenditure and activity.
#ExpertAnswers: John Lighton on the Circadian Rhythms of Food Intake
John Lighton discusses the relevance of gustatory signals, specifically micro-intake events, and how to measure their outcome.
Circadian Rhythms of Food Intake: Are You Seeing The Whole Picture?
Dr. John Lighton, PhD and InsideScientific discuss the importance of metabolism and its relation to behavioral studies in the mouse model.