Automated Multi Myograph System
Description
Overview
Making it easier… the 4-channel system adds the ease of automating the normalization procedures so that calculations and preload tension is easily set. Following mounting and equilibration, passive length-tension relationships are determined by a standardized procedure.
This allows the standardization of initial experimental conditions, an important consideration when examining pharmacological differences between vessels.The DMT myograph system itself is a highly sophisticated research instruments that is ideal for any contractile study of smooth muscles. Once vessels are dissected, cleaned and mounted onto the four individual chambers, the segment are kept under physiological conditions.
The acid-resistant stainless steel chamber contains up to 8ml of physiological salt solution (PSS), where temperature is maintained via the build-in heating. Gas inflow is individually controlled and easily regulated by a needle valve.
Chamber covers helps maintain the temperature and buffer conditions, and compounds are added directly to the chamber through the cover. Vascular reactivity of the segment is measured under isometric conditions, through a highly sensitive and accurate transducer. The opposite side is attached to a precision micrometer, allowing control of the vessel circumference.Drain of the saline is easily done through a vacuum connection and the built-in manifold.
This DMT myograph system is highly suited for pharmacological investigations on vessel reactivity. Multiple units, especially in combination with the Automatic Buffer Filler System - 625FS, can be conveniently arranged side-by-side.
This makes the DMT Myograph 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.
Features
Wire Myograph with four chambers allows the study of four vessels or tissue rings simultaneously
Automatic normalization procedure
Ideal for work requiring a higher throughput such as repetitive concentration-response curves
Jaw and pin mounts facilitate the use of a mix of small (>30 μm) or larger ring segments (>450 μm), respectively
