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The Single Wire Myograph System - 310A is ideal for studying a single vessel with a diameter of 60 μm - 3 mm. The vessel is mounted as a ring preparation by threading it over two parallel stainless steel wires and securing the wires to two supports or "jaws".
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The Dual Wire Myograph System - 410A is designed for simultaneous testing of two vessels with diameters of 60 μm - 3 mm, independently. The vessels are mounted as ring preparations by threading them over two parallel stainless steel wires and securing the wires to two supports or "jaws".
One support is attached to a precision micrometer, allowing manual control of vessel circumference and stretch. The other support is attached to a force transducer for measurements of force/tension development.
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The Auto Dual Wire Myograph System - 510A is designed for simultaneous testing of two vessels with diameters of 60 μm - 3 mm, independently. The vessels are mounted as ring preparations by threading them over two parallel stainless steel wires and securing the wires to two supports or "jaws". One support is attached to a linear motor-driven micrometer, allowing automated control of vessel circumference and stretch. The other support is attached to a force transducer for measurements of force/tension development.
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The Multi Wire Myograph System - 620M is the successor to our very popular 610M myograph system. This 4-channel multi myograph system is a highly sophisticated yet robust research instrument. It is an easy-to-use system for in vitro studies of small and large blood vessels, trachea or gut mounted as larger ring preparations (up to 10 mm).
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The Confocal Wire Myograph System - 120CW is specially designed to provide very close optical access to the mounted artery or tissue segment, thereby allowing high resolution images of fluorescent dyes or markers by laser scanning confocal microscopy (LSCM). This system elegantly combines LSCM with artery myography to allow simultaneous measurements of isometric force and fluorescence. A perfect example are studies that correlate isometric contractions in an isolated, mounted blood vessel and intracellular Ca2+ measurements within the vascular smooth muscle cells.
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