FEP and PEEK Tubing for CMA Probes
Allows safe connection of the CMA probes to pumps and fraction collectors.

FEP Tubing allows safe connection of the CMA probes to pumps and fraction collectors.
The FEP Tubing with a 0.12 mm inner diameter (internal volume of 1.2 µl/100 mm length) is, together with the Tubing Adapters, ideal for use in microdialysis experiments.
PEEK tubing is available as an alternative to the FEP tubing for sticky substances.
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Animal Infusion
Explore All ProductsCMA microdialysis publications
Academic publications and research studies utilizing CMA microdialysis systems for in vivo neurochemical monitoring, sourced from Google Scholar.
What is the FEP and PEEK Tubing for CMA Probes used for in neuroscience research?
The FEP and PEEK Tubing for CMA Probes is used in microdialysis experiments to collect extracellular fluid samples from the brain or peripheral tissue in freely moving or anesthetized animals, enabling real-time monitoring of neurotransmitters and drug concentrations.
Which animal models is the FEP and PEEK Tubing for CMA Probes compatible with?
The FEP and PEEK Tubing for CMA Probes is compatible with standard rodent models including rats and mice. Accessories are available in multiple configurations to match different stereotaxic targets and animal sizes.
How does the FEP and PEEK Tubing connect within a microdialysis system?
The tubing integrates directly with CMA micro infusion pumps, fraction collectors, and probe assemblies. Connections use low dead-volume adapters to minimize sample dilution and ensure accurate analyte recovery.
What analytes can be measured using FEP and PEEK Tubing with CMA Probes?
Using the tubing with an analytical system such as HPLC or LC-MS, researchers can measure dopamine, serotonin, glutamate, GABA, acetylcholine, and various neuropeptides in the extracellular space.
What is the difference between FEP and PEEK tubing in microdialysis applications?
FEP (fluorinated ethylene propylene) tubing offers excellent chemical inertness and flexibility, making it ideal for routine microdialysis sampling. PEEK (polyetheretherketone) tubing provides superior rigidity and ultra-low analyte adsorption, making it the preferred choice for peptides, lipids, and other compounds that tend to bind to conventional tubing materials. The choice depends on the analyte chemistry and the analytical method used downstream.
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