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Graz Tissue Bath System

The Graz Organ Bath can be used for many standard pharmacological experiments. This apparatus was developed for experiments on small isolated vascular rings (1 to 2 mm dia.) with special attention to a low incubation volume of the medium. The smallest tissue vessel available has a volume of 2 ml. The muscle contractions produced in these experiments can be measured either as forces (isometrically) or as displacements (isotonically).
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739917 Graz Vertical Tissue Bath System

For local pricing, contact your nearest distributor.



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• Designed for vascular rings but suitable for most standard pharmacological experiments
• Permits experiments both on smooth muscle, cardiac (atria), or skeletal muscles preparations
• Clear, 4-channel arrangement
• Rigid construction
• Contractions can be measured isometrically or isotonically
• Interchangeable tissue vessels:
2, 5, 10 or 20 ml
• Experiments with minimum test substance quantities are possible using small tissue vessels
• Adaptable to different tissue preparations by suitable form of tissue supports
• Tissue holders with integral field stimulating electrode available
• Simple to operate, easy to clean

The Graz Organ Bath can be used for many standard pharmacological experiments. This apparatus was developed for experiments on small isolated vascular rings (1 to 2 mm dia.) with special attention to a low incubation volume of the medium. The smallest tissue vessel available has a volume of 2 ml. The muscle contractions produced in these experiments can be measured either as forces (isometrically) or as displacements (isotonically).
The organ bath is also available in variable versions. Larger tissue vessels of 5, 10 or 20 ml are available for larger vessels and other muscle preparations. These baths can also be used for experiments on papillary muscle or isolated atria (e.g. guinea-pig), with provision for electrical stimulation.
The F-30 isometric transducer that we recommend can easily be replaced by different transducers without any modification of the apparatus.
The main consideration in designing the bath has been a simple and clear arrangement, without neglecting the necessary stability. A rigid construction is an essential requirement for measuring small contraction forces. A rigid Plexiglas baseplate carriers 4 vertical rods on which the individual components are mounted. Tissue vessels and suitable holders are available in 4 different sizes. The perfusion solution is aerated by glass frits fused into the vessel bottom. A needle valves is provided for each tissue vessel to permit accurate adjustment of the gas flow.


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Displaying 11 to 16 of 16results for Graz Tissue Bath System   Page 1  2 

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16% Login to view Action of 2,3-butanedione monoxime on capacitance.PDF
[352 KB]
Pneumatic Injection System use in finding Action of 2,3-butanedione monoxime on capacitance and electromotility of guinea-pig cochlear outer hair cells
16% Login to view WR03PL 1.PDF
[344 KB]
Pneumatic Injection System use in finding Action of 2,3-butanedione monoxime on capacitance and electromotility of guinea-pig cochlear outer hair cells
16% Login to view Regulate the Motor Output of Cochlear Outer Hair Cells.PDF
[504 KB]
Two Distinct Ca2+ - Dependent Signaling Pathways regulate the Motor Output of Cochlear Outer Hair Cells with Pneumatic Injection System
15% Login to view PP124.pdf
[441 KB]
Imaging cocaine-induced changes in the mesocorticolimbic dopaminergic system of conscious rats
14% Login to view Permeation and Activation of the M2 Ion Channel.PDF
[248 KB]
Permeation and Activation of the M2 Ion Channel of Influenza A Virus with use of Fast Step Perfusion System
13% Login to view WR19FA 1.PDF
[220 KB]
Permeation and Activation of the M2 Ion Channel of Influenza A Virus with use of Fast Step Perfusion System
   

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Displaying 1 to 1 of 1result for Graz Tissue Bath System  

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100% Login to view Perfusion Tissue Systems Guide.pdf
[105 KB]
New BS4_K_Isolated Organ.qxd
   

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