Assessing vascular reactivity is an essential element in furthering cardiovascular research.
The DMT systems capture data through vasoconstriction, vasodilation, mechanical force generation and imaging of vessels as well as customizable and dynamic muscle strip studies.
Countless individual experiments can be performed using the DMT wire,
pressure, organ bath, or muscle strip systems.
The DMT systems capture data through vasoconstriction, vasodilation, mechanical force generation and imaging of vessels as well as customizable and dynamic muscle strip studies.
Countless individual experiments can be performed using the DMT wire,
pressure, organ bath, or muscle strip systems.
Wire MyographyA powerful method for high-throughput recording of small vessel force generation.
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Pressure MyographyA more dynamic approach to studying vascular reactivity of isolated vessels through static pressure, flow or pulsatile pressures.
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Organ BathA time-tested traditional approach for large rings and highly customizable muscle strip experiments.
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Muscle StripSystems for striated muscle that provide researchers with specialized, high-quality research instruments as well as multi-chamber screening systems.
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Our Customers Say It Best!
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"Having tried other systems and Danish Myo Technology pressure myographs I must say that I clearly prefer the DMT system. Both systems are easy to handle manually, however on the analysis side, the DMT system is superior."
Dr. Maria Bloksgaard
Department of Cardiovascular & Renal Research
/ University of Southern Denmark
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"We are very positive about the DMT wire myographs. They are compact, easy to use and absolutely reproducible. The modular system allow easy cleaning and repair. My technicians and students prefer the DMT system to the others in the lab."
Prof. William Campbell
Department of Pharmacology & Toxicology / Medical College of Wisconsin, WI, USA
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