A Noninvasive Alternative to +dP/dtmax: Peak Aortic Blood Acceleration
A webinar for cardiovascular researchers interested in using noninvasive blood flow velocity measurements to quantify cardiac contractile and relaxation function in rodents.
#ExpertAnswers: Anilkumar K. Reddy on Noninvasive Blood Flow Velocity Measurements
Anilkumar K. Reddy discusses noninvasive blood flow velocity measurements to quantify changes in hemodynamics and characterize cardiac disease without the need for complex surgery or imaging.
Utilizing Noninvasive Blood Flow Velocity Measurements for Cardiovascular Phenotyping in Small Animals
Learn how to quantify changes in hemodynamics using noninvasive blood flow velocity techniques without the need for complex surgery or imaging.
#ExpertAnswers: Brian Roche and Jason Payseur on Studying Multiple Biological Systems
Brian Roche and Jason Payseur discuss how to integrate hemodynamic, respiratory and neurological measurements to study multiple biological systems simultaneously while benefiting from more efficient data collection and workflow in the laboratory.
Combining Cardiovascular, Respiratory and Neurobehavioral Endpoints for Efficient Study Design
Learn how to integrate hemodynamic, respiratory and neurological measurements to study multiple biological systems simultaneously
#ExpertAnswers: Robert Doyle on Novel Drug Delivery Methods
Robert Doyle discusses novel drug delivery methods for basic research, drug discovery and development.
#ExpertAnswers: Christian Schnell on Drug Delivery Methods
Christian Schnell discusses novel drug delivery methods for basic research and novel infusion technologies.
#ExpertAnswers: Jim Georgakopoulos on Pressure Volume Catheter Calibration
Dr. Jim Georgakopoulos discusses the parameters of ventricular pressure-volume catheter calibration.
Biotelemetry For The Life Sciences 2015
A comprehensive webinar series all about the use of implantable, wireless telemetry in preclinical research applications
Understanding Ventricular Pressure-Volume Catheter Calibrations and Experimental Design
An in-depth exploration of ventricular pressure-volume catheter calibration parameters, considerations for experimental design and their effects on your pressure-volume data.
#ExpertAnswers: Timothy Hacker and Filip Konecny on Pressure-Volume Loop Data
Timothy Hacker and Filip Konecny discuss best practices and methods for accurate and repeatable collection of pressure volume data in large animal models of cardiac dysfunction and heart disease.
Best-Practices to Achieve Quality Pressure-Volume Loop Data in Large Animal Models
A webinar discussing methodology, best-practices and prescribed techniques for accurate and repeatable collection of pressure-volume loop data in large animals.
#ExpertAnswers: Anilkumar K Reddy and Graham Sattler on Telemetry in Rodents
Anilkumar K. Reddy and Graham Sattler discuss new research possibilities and advantages that a recently released telemetry system brings to mouse, rat and other small animal researchers.
Examining New Research Capabilities and Technology for Preclinical Telemetry in Rodents
Dr. Anil Reddy and Graham Sattler discuss new research possibilities and advantages that a recently released telemetry system brings to mouse, rat and other small animal researchers.
PV Loops to Measure Cardiac Function 2014
A webinar series on the tools and best-practices for studying cardiac function through pressure-volume loops
#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: 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.