Measuring Work in Single Isolated Cardiomyocytes: Replicating the Cardiac Cycle
A special webinar for basic cardiovascular researchers interested in a novel technique for measuring work output and replicating the four phases of the cardiac cycle at the single cell level.
#ExpertAnswers: Navin Kapur on Pressure-Volume Loops
Navin Kapur discusses how Pressure-Volume loops impact outcomes in back research and clinical therapies.
Understanding the Translational Value of PV Loops from Mouse to Man
Dr. Navin Kapur presents a detailed look at how PV loops impact outcomes in basic research and clinical therapies.
Improving Rodent Cardiovascular Research Outcomes with Integrated Surgical Monitoring
An essential webinar for both beginning and seasoned cardiovascular researchers looking to improve hemodynamic study outcome consistency by monitoring vital signs during surgery.
#ExpertAnswers: James Clark & Graham Sattler on Improving Rodent Cardiovascular Research Outcomes
James Clark and Graham Sattler discuss how to improve hemodynamic study outcome consistency by monitoring vital signs during surgery.
#ExpertAnswers: Peter Plouf and Filip Konecny on Pressure-Volume Loop Data
Peter Plouf and Filip Konecny present the essentials of collecting Pressure-Volume Loop data with confidence.
Best-Practices to Achieve Quality Pressure-Volume Loop Data in Rodents
Experts present what is essential for the researcher to be aware of in order to collect valid Pressure-Volume Loop data that can be used with confidence in the ensuing analysis stage of their research.
#ExpertAnswers: Scott Earley & Gerry Herrera on In-Vitro Blood Vessel Research
Scott Earley and Gerry Herrera review tools and techniques for studying function in isolated blood vessels using a pressurized arteriorgraph system.
Getting Started with In-Vitro Blood Vessel Research
Dr. Scott Earley and Dr. Gerry Herrera review essential tools and techniques for studying function in isolated blood vessels using a pressurized arteriograph system.
#ExpertAnswers: Benjamin Prosser and Michiel Helmes on Measuring Force in Single Heart Cells
Cardiovascular scientists discuss best-practices and techniques for attaching, stretching and studying isolated myocytes.
#ExpertAnswers: Anna Honko, Steve Fox, and R. Dustan Sarazan on Continuous Real Time Physiologic Monitoring
Anna Honko, Steve Fox, and R. Dustan Sarazan discuss the importance of continuous, real-time monitoring in preclinical research.
Don’t Miss a Beat: Understanding Continuous, Real Time Physiologic Monitoring
Experts discuss the importance of continuous, real-time monitoring in preclinical research, sharing case studies including using continuous EEG monitoring for sleep studies and using telemetry in Biodefense research.
Measuring Force in Single Heart Cells
An essential webinar cardiovascular scientists interested in best-practices and techniques for attaching, stretching and studying isolated myocytes
#ExpertAnswers: Harm Knot, Louis D’Alecy, and Jeffrey Osborn on The Promise of Telemetry
Harm Knot, Louis D'Alecy, and Jeffrey Osborn discuss new capabilities in wireless physiologic monitoring enabled by the Stellar Telemetry system.
Freedom: The Promise of Telemetry Revisited – Move Anywhere At Anytime And Still Collect Quality Data
Experts show new capabilities in wireless physiologic monitoring enabled by the Stellar Telemetry system
#ExpertAnswers: Brian Brockway and Robert Hamlin on Wireless Monitoring Technology
Brian Brockway and Robert Hamlin discuss wireless monitoring technology in preclinical physiology, drug discovery, safety pharmacology, and toxicology.
The Evolution of Wireless Monitoring and Review of Industry Standards in Drug-discovery and Safety Pharmacology and Toxicology
A discussion on the history of wireless monitoring technology as applied in preclinical physiology, drug-discovery, and safety pharmacology and toxicology applications.
#ExpertAnswers: Craig Emter, Robert Hamlin, Timothy Hacker, and Filip Konecny on Pressure-Volume Loops
Craig Emter, Robert Hamlin, Timothy Hacker, and Filip Konecny, discuss how PV loops work in concert with other techniques.
Hemodynamic Assessment: Pressure-Volume Loop Case Studies
Experts discuss the role of PV loops in HFpEF, drug-discovery and safety testing, pulmonary hypertension and for medical device testing.
#ExpertAnswers: Dan Burkhoff on Fundamental Concepts in Pressure Volume Analysis Part Two
Dan Burkhoff discusses some of concepts of Pressure-Volume analysis, plus best practices during data acquisition and statistical analysis.
#ExpertAnswers: Dan Burkhoff on Fundamental Concepts in Pressure Volume Analysis
Dan Burkhoff answers questions about the fundamental principles of preload, afterload, contractility, and lusitropy in pressure-volume analysis.
Basic Hemodynamic Principles Viewed Through Pressure-Volume Relations: Fundamentals
An essential two-part webinar for cardiovascular scientists reviewing the fundamentals of hemodynamics and how cardiac function can be studied through pressure-volume loop analysis
Basic Hemodynamic Principles Viewed Through Pressure-Volume Relations: Advanced Concepts
Part 2 of an essential two-part webinar for cardiovascular scientists reviewing the fundamentals of hemodynamics and how cardiac function can be studied through pressure-volume loop analysis
#ExpertAnswers: Corey Reynolds, Merry Lindsey and Graham Sattler on Surgical Monitoring
Corey Reynolds, Merry Lindsey, and Graham Sattler speak about why comprehensive surgical monitoring has become so crucial in today’s scientific research space.
Advancements in Rodent Surgical Monitoring by Indus Instruments
Experts discuss why comprehensive surgical monitoring has become so crucial in today's scientific research space and how the MouseMonitorS is designed to address these specific needs.
