Multi Myograph System - 620MThe range of applications is countless within isometric contraction and dilatation of smaller arteries, larger vessels such as the carotid artery and aorta, trachea, intestine, bladder, and many more...
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High QualityIdeal for work requiring high throughput
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Thoughtful DesignSmall Vessel Myograph & Traditional Organ Bath
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Latest TechnologyDirect data streaming to MyoDAQ Acquisition
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User FriendlyReliable, flexible & trusted
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The Multi Myograph System - model 620M is a highly sophisticated yet robust research instrument. It is an easy-to-use system for in-vitro studies of vascular structure and function. The range of applications is countless within isometric contraction and dilatation of smaller arteries, larger vessels such as the carotid artery and aorta, trachea, intestine, bladder, and many more.
Multiple 620M units, especially in combination with the Automatic Buffer Filler System - 625FS, can be conveniently arranged side-by-side. This makes the Multi Myograph 620M an ideal system for work requiring a higher throughput, such as drug screening, concentration responses, or experiments where individual testing of vessels in separate baths is necessary. Each individual myograph chamber, made of aluminum, has a centrally located stainless steel chamber. The tissue supports (jaws or pins) are then positioned in the chamber, where one side is attached to the force transducer, and the other side is attached to a micrometer. Each unit has individually controlled gas inflow and suction. Heating and connections for vacuum and gassing are in the myograph interface, permitting the preparations in all four chambers to be kept under physiological conditions (37°C and bubbled with a gas mixture of your choice). The interface in the Multi Wire Myograph System also houses all the electronics, and microprocessor for calibration, the circuitry for analog outputs, and a USB port for digital data acquisition using MyoDAQ. Following mounting and equilibration, passive length-tension relationships for the vessels are determined using a normalization procedure. This ensures reproducibility amongst the segments and between experiments. During actual experiments, the circumference of the vessel is kept constant. Compounds can be added directly to the chamber, and the vessel contractility and reactivity are measured under isometric conditions. This Multi Myograph System is highly suited for pharmacological investigations and vascular physiology of vessel reactivity. |
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Chamber Unit # Versatile function - myograph & organ bath in one # Acid resistent stainless steel chamber (avoid lipids/compounds sticking) # Ring-mounted segments >30µm / <10mm # Low chamber volume # XYZ adjustments for accurate alingment of segment |
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Chamber:
Chamber volume (min - jaw mount): Chamber volume (min - pin mount): Chamber(s): Chamber material: Vessel size - jaw mount: Vessel size - pin mount: Vessel normalization: Micrometer resolution: Mounting type: |
3.8 ml 2.0 ml 4 Acid resistant stainless steel >30 µm >450 µm Manually 0.01 mm Jaws and pins |
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Temparature:
Range: Resolution: Stability: Heating: |
15.0 to 50.0 °C 0.1 °C ±0.2 °C Yes |
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Transducer:
Output reading: Range: Resolution: Force calibration: |
mN or g ±200/±400/±800 or ±1600 mN 0.01 mN Yes |
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Output:
Data communication: Analogue output channels: Analogue output range: |
USB 2.0 4 ±2.5 V |
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Need-to-have:
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Nice-to-have:
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I’m stunned at how easy it is to mount vessels, put them in the chambers, and make sure that we control the variables that we need to when doing experiments.
Dr. Stephanie Watts
Professor in Pharmacology & Toxicology / Michigan State University
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