CMA 11 Microdialysis Probes

CMA 11 Microdialysis Probes

CMA 11 Microdialysis Probe ideal for discrete areas in the CNS thanks to its greater spatial resolution and to its reduced size that causes less tissue damage.

  • small diameter
  • high spatial resolution
  • causes minimal tissue damage
  • low internal volume
  • Membrane lengths - 1, 2,3 or 4 mm
  • Membrane diameter - 0.24 mm
  • Available metal free or β-irradiated

Item# Description U.S. List Price Quantity
CMA8309581 CMA 11 Microdialysis Probe - 1mm (pkg. of 3)
CMA8309582 CMA 11 Microdialysis Probe - 2mm (pkg. of 3)
CMA8309583 CMA 11 Microdialysis Probe - 3mm (pkg. of 3)
CMA8309584 CMA 11 Microdialysis Probe - 4mm (pkg. of 3)
CMA8011081 CMA 11 Metal Free Microdialysis Probe - 1mm (pkg. of 3)
CMA8011082 CMA 11 Metal Free Microdialysis Probe - 2mm (pkg. of 3)
CMA8011083 CMA 11 Metal Free Microdialysis Probe - 3mm (pkg. of 3)
CMA8011084 CMA 11 Metal Free Microdialysis Probe - 4mm (pkg. of 3)
CMA8011001 CMA 11 β-Irradiated Microdialysis Probe - 1mm (pkg. of 3)
CMA8011002 CMA 11 β-Irradiated Microdialysis Probe - 2mm (pkg. of 3)
CMA8011003 CMA 11 β-Irradiated Microdialysis Probe - 3mm (pkg. of 3)
CMA8011004 CMA 11 β-Irradiated Microdialysis Probe - 4mm (pkg. of 3)
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The CMA 11 Microdialysis Probe possesses greater spatial resolution and causes less tissue damage due to its reduced size.

The probe has a cuprophane membrane with an outside diameter of 0.24 mm. The outer steel shaft diameter is 0.38 mm. The inner cannula is constructed of fused silica coated with polyimid. The inlet/outlet capillaries are mounted in a white plastic body matched to the size of a corresponding guide cannula.

Once implanted, the probe sits tightly in the guide cannula´s capsule without the need for screwing or cementing. FEP tubing is connected to the probe using tubing adaptors.
SpecificationsCMA8309581CMA8309582CMA8309583CMA8309584CMA8011081CMA8011082CMA8011083CMA8011084CMA8011001CMA8011002CMA8011003CMA8011004
Membrane Length1 mm2 mm3 mm4 mm1 mm2 mm3 mm4 mm1 mm2 mm3 mm4 mm
Membrane O D0.24 mm0.24 mm0.24 mm0.24 mm0.24 mm0.24 mm0.24 mm0.24 mm0.24 mm0.24 mm0.24 mm0.24 mm
Membrane MaterialCuprophaneCuprophaneCuprophaneCuprophaneCuprophaneCuprophaneCuprophaneCuprophaneCuprophaneCuprophaneCuprophaneCuprophane
Molecular Weight Cut-off6 kD6 kD6 kD6 kD6 kD6 kD6 kD6 kD6 kD6 kD6 kD6 kD
Shaft Diameter0.38 mm0.38 mm0.38 mm0.38 mm0.38 mm0.38 mm0.38 mm0.38 mm0.38 mm0.38 mm0.38 mm0.38 mm
Shaft Length Metric14 mm14 mm14 mm14 mm14 mm14 mm14 mm14 mm14 mm14 mm14 mm14 mm
Intlet Volumenegligiblenegligiblenegligiblenegligiblenegligiblenegligiblenegligiblenegligiblenegligiblenegligiblenegligiblenegligible
Outlet Volume1 µL1 µL1 µL1 µL1 µL1 µL1 µL1 µL1 µL1 µL1 µL1 µL
ModelStandardStandardStandardStandardMetal FreeMetal FreeMetal FreeMetal Freeβ-Irradiatedβ-Irradiatedβ-Irradiatedβ-Irradiated

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Garrity AG, Botta S, Lazar SB, Swor E, Vanini G, Baghdoyan HA, Lydic R. (2015 ) Dexmedetomidine-induced sedation does not mimic the neurobehavioral phenotypes of sleep in sprague dawley rat. Sleep.