620M Wire Myograph Installation and Training at the University of Wisconsin–Madison
Hands-on installation and training for a 620M Wire Myograph System with Vacuum Package supporting research in cancer metabolism and metabolic disease.
DMT had the opportunity to conduct a hands-on installation and training session for a 620M Wire Myograph System with Vacuum Package with Dr. Nicha Boonpattrawong at the University of Wisconsin–Madison.
Supporting a new research program
Dr. Boonpattrawong's research journey spans from earning her degree at the University of Toronto to conducting research in cardiometabolic disease and ovarian cancer at BC Children's Hospital and the University of Wisconsin–Madison.
As she launches her own research program focused on the metabolic physiology of cancers and metabolic diseases, the new DMT system will support studies designed to characterize metabolic reprogramming in disease models and help identify potential treatment targets.
The 620M gives researchers a controlled platform for measuring isometric force and studying functional responses in isolated vessels and other smooth muscle preparations.
Hands-on installation and system training
Installation training helps connect the equipment to the laboratory's planned research applications from the beginning. The session provided practical guidance on the 620M system, its chamber workflow and the Vacuum Package included with the setup.
System installation
Setup of the 620M Wire Myograph System, including hardware connections, chamber components and practical laboratory configuration.
Vacuum Package
Orientation to the vacuum-assisted workflow and the supporting components included with the laboratory's system configuration.
Research focus
Support for research in cancer metabolism, cardiometabolic disease and the metabolic physiology of disease models.
Training outcome
Practical system familiarity designed to help the laboratory begin developing consistent experimental workflows with confidence.
Studying metabolic changes in disease
Metabolic reprogramming can influence how diseases develop, progress and respond to treatment. Functional laboratory measurements can help researchers connect cellular and metabolic changes with the behavior of vessels and smooth muscle preparations under controlled experimental conditions.
By integrating the 620M into her new research program, Dr. Boonpattrawong can use myography alongside other experimental approaches to investigate disease mechanisms and evaluate potential therapeutic targets.
Learn more: Wire Myograph System - 620M
The DMT 620M is a multi-channel wire myograph system designed for isometric force studies involving isolated vessels and other smooth muscle preparations.
Open Wire Myograph System - 620M ›Why hands-on training matters
Wire myography depends on careful preparation, mounting, normalization and consistent system operation. Hands-on training allows researchers to work through these steps with their own equipment and laboratory configuration before beginning full experimental studies.
This early support can help establish repeatable workflows, improve confidence among new users and create a stronger foundation for future research as protocols and applications develop.
Continuing support after installation
Following installation and training, researchers can continue using DMT resources for system guidance, workflow support and troubleshooting. These materials can also help laboratories maintain consistency as new team members begin using the system.
- Guides and manuals for system reference
- Product and how-to videos for workflow support
- Protocols and articles for research context
- Technical support for follow-up questions and troubleshooting