Organ Bath System - 820MOprovides a more advanced, user-friendly, and versatile solution for reactivity studies of isolated tissue such as smooth, skeletal and cardiac muscle
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Multi-Channel Capability
Handles multiple tissue samples simultaneously, increasing throughput and efficiency |
Precision and Sensitivity
programmable force transducers and selectable force ranges, allowing for more precise and sensitive measurements |
Durability
Made from acid-resistant stainless steel, the DMT system prevents lipid and compound adhesion, ensuring longevity and minimal maintenance |
Ease of Use
With built-in oxygenation, buffer drainage, and heating, the DMT system is designed for easy setup, maintenance, and cleaning. |
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The DMT Organ Bath is a comprehensive system used for contractile studies of isolated smooth, skeletal, or cardiac tissue. In a controlled environment, tissue segments are kept in a heated and oxygenated perfusate to maintain tissue viability, and contraction and relaxation are measured using isometric force transducers.
With different types of mounts, tissue such as aortic rings, trachea, veins, uterine, colon, ileum, diaphragm (and many more) are submerged in a >8 ml chamber and kept in a headed perfusate. One end is attached to a force transducer and the other end to a micrometer. The micrometer enables the accurate setting of pre-load while sensitive force transducers provide the isometric measurement of vessel or muscle contractions. Following mounting and equilibration, the length-tension relationships of the tissue can be determined. During the experiment, the length of the muscle is kept constant, and compounds can be added directly to the chamber to assess function. There is no longer a need to physically change transducers as the 820MO is equipped with selectable force ranges on the transducer. Simply select the range that gives the most sensitive data collection for various tissue types. The rectangular chamber shape is made of acid-resistant stainless steel, which prevents lipids from sticking to the surface. Whether rings or strips (>20 mm) are used, the mounting is simplified as the chambers can be easily moved to a dissection microscope for quick tissue mounting. If electrical stimulation is part of the protocol, electrodes for field stimulation or direct stimulation are available. The design and materials used for the chambers make maintenance and cleaning as minimal as possible. Preparing the system for experimentation takes no time, and cleaning at the end of the experiment is a matter of a few water washes. The aluminum and stainless steel in the chambers do not require detailed cleaning procedures and will stand up to heavy use. This DMT Organ Bath is well suited to work in combination with the Automatic Buffer Filler System - 625FS, making it ideal for work requiring high-throughput screening, such as drug testing, or experiments requiring the separation of tissue preparations in individual baths. |
Related Products:
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Large Organ Bath Chamber# Multifunctional purpose - tubular or strip segments # Acid resistant stainless steel chamber (avoid lipids/compounds sticking) # Larger vessel capability # Ring mounted tissue >500µm # Strip mount muscle <45mm 
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Organ Bath Chamber# Multifunctional purpose - tubular or strip segments # Acid resistant stainless steel chamber (avoid lipids/compounds sticking) # Ring mounted tissue >500µm # Strip mount muscle <20mm # Low chamber volume 
Interface# Adjustable force range # Integrated heating, gassing, & drainage # Direct data streaming (LabChart) # Intregreted calibration procedure # Intuitive touch-screen interface menus # Compact design / small footprint |
Comparison to traditional systems
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DMT Organ Bath 820MO |
Other Organ Baths |
Easily perform a diverse range of experiments |
Yes Change from vessel rings to muscle strips without changing the transducer. |
No A series of separate transducers are generally required. |
All-in-one system |
Yes Convenient all-in-one system. |
No Separate components are required. |
Portable and robust |
Yes Compact and robust. No glass to break. Easily moved on or off the bench. Can be shared with other researchers. |
No Fragile and time-consuming to pack away. Expensive glass is easily broken. |
Direct data streaming |
Yes Save data directly to your computer using MyoDAQ Acquisition. |
No Must be used with data acquisition hardware. |
Reduces consumable costs including drugs |
Yes Due to the small chamber volume, you save up to 80% in drug cost, depending on the chamber size currently used. |
No Chamber sizes vary significantly. Larger chambers require more drugs or reagents. |
Easy to clean |
Yes Easy clean rectangular stainless-steel chambers. |
No Double jacketed glass, plastic chambers, and fragile difficult-to-remove parts. Detailed cleaning procedures are the norm. |
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Chamber:
Chamber volume (min): Chamber volume (max): Chamber(s): Chamber material: Tissue size - ring mount: Tissue size - strip mount: Vessel normalization: Micrometer resolution: Mounting type: Temperature:
Range: Resolution: Stability: Heating: Transducer:
Output reading: Range: Resolution: Force calibration: Output:
Data communication: Analogue output channels: Analogue output range: *Refers to 820-XL Chamber |
4.0 ml (10 ml*) 8.0 ml (16 ml*) 4 Acid resistant stainless steel 500µm -19mm (500µm - 30mm*) 1mm -19mm (1mm - 45mm*) Manually 0.01 mm Pins and Clamps
15.0 to 50.0 °C 0.1 °C ±0.2 °C Yes mN or g ±200/±400/±800 or ±1600 mN 0.01 mN Yes 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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