Intestine Absorption (Franz Cell, Porcine Intestine, Krebs-Ringer, 1 Time Point)

  • Product Code: 125440

Intestine permeability analysis service with Franz Cell using porcine small intestine with Krebs-Ringer HEPES buffer.

฿3,950.00
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Intestine Absorption (Franz Cell, Porcine Intestine, Krebs-Ringer)

Materials Needed:

  • Franz diffusion cells
  • Porcine intestine (fresh or properly stored)
  • Krebs-Ringer buffer (either HEPES or sodium bicarbonate-buffered, depending on setup)
  • Donor and receptor compartments for Franz cells
  • Magnetic stirrers
  • Syringes and needles
  • pH meter
  • Incubator or water bath (if needed for maintaining temperature)
  • Analytical instruments (e.g., HPLC, spectrophotometer) for sample analysis
  • Absorption compound (test substance)

Preparation:

  1. Prepare Krebs-Ringer Buffer:

    • For HEPES-buffered: Dissolve the appropriate amounts of NaCl, KCl, CaCl₂, MgSO₄, NaH₂PO₄, glucose, and HEPES in distilled water. Adjust pH to 7.4.
    • For sodium bicarbonate-buffered: Prepare similarly but use NaHCO₃ instead of HEPES, and adjust pH with a CO₂ environment if necessary.
  2. Prepare Porcine Intestine:

    • Obtain fresh porcine intestines from a suitable source.
    • Clean the intestine to remove any contents and mucosal debris.
    • Cut the intestine into appropriate sections for mounting on the Franz cell.
  3. Mount the Intestinal Tissue:

    • Carefully mount a section of the intestine between the donor and receptor compartments of the Franz cell. Ensure no leaks and that the tissue is securely in place.

Experiment Setup:

  1. Fill Receptor Compartment:

    • Fill the receptor compartment with the Krebs-Ringer buffer, ensuring that it is well-mixed and aerated. This compartment will mimic the blood side of the intestine.
    • Place a magnetic stir bar in the receptor compartment for continuous mixing.
  2. Add Test Compound to Donor Compartment:

    • Apply the test compound (the substance you want to study for absorption) to the donor compartment. This compartment represents the lumen side of the intestine.
    • The compound should be in a suitable solvent or vehicle that does not damage the tissue.
  3. Maintain Experimental Conditions:

    • Place the Franz cells in an incubator or water bath to maintain physiological temperature (usually around 37°C).
    • Ensure continuous stirring of the receptor compartment to simulate blood flow and to prevent boundary layer formation.

Sampling:

  1. Sample Collection:

    • At predetermined time intervals (e.g., every 30 minutes or hourly), withdraw small aliquots from the receptor compartment using a syringe.
    • Replace the withdrawn volume with fresh Krebs-Ringer buffer to maintain constant volume.
  2. Analyze Samples:

    • Analyze the collected samples using appropriate analytical techniques (e.g., HPLC, UV-spectrophotometry) to determine the concentration of the test compound.
    • Plot the concentration of the test compound in the receptor compartment over time to assess the absorption rate.



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Intestine Absorption (Franz Cell, Porcine Intestine, Krebs-Ringer, 1 Time Point)

Intestine permeability analysis service with Franz Cell using porcine small intestine with Krebs-Ringer HEPES buffer.

Intestine Absorption (Franz Cell, Porcine Intestine, Krebs-Ringer)

Materials Needed:

  • Franz diffusion cells
  • Porcine intestine (fresh or properly stored)
  • Krebs-Ringer buffer (either HEPES or sodium bicarbonate-buffered, depending on setup)
  • Donor and receptor compartments for Franz cells
  • Magnetic stirrers
  • Syringes and needles
  • pH meter
  • Incubator or water bath (if needed for maintaining temperature)
  • Analytical instruments (e.g., HPLC, spectrophotometer) for sample analysis
  • Absorption compound (test substance)

Preparation:

  1. Prepare Krebs-Ringer Buffer:

    • For HEPES-buffered: Dissolve the appropriate amounts of NaCl, KCl, CaCl₂, MgSO₄, NaH₂PO₄, glucose, and HEPES in distilled water. Adjust pH to 7.4.
    • For sodium bicarbonate-buffered: Prepare similarly but use NaHCO₃ instead of HEPES, and adjust pH with a CO₂ environment if necessary.
  2. Prepare Porcine Intestine:

    • Obtain fresh porcine intestines from a suitable source.
    • Clean the intestine to remove any contents and mucosal debris.
    • Cut the intestine into appropriate sections for mounting on the Franz cell.
  3. Mount the Intestinal Tissue:

    • Carefully mount a section of the intestine between the donor and receptor compartments of the Franz cell. Ensure no leaks and that the tissue is securely in place.

Experiment Setup:

  1. Fill Receptor Compartment:

    • Fill the receptor compartment with the Krebs-Ringer buffer, ensuring that it is well-mixed and aerated. This compartment will mimic the blood side of the intestine.
    • Place a magnetic stir bar in the receptor compartment for continuous mixing.
  2. Add Test Compound to Donor Compartment:

    • Apply the test compound (the substance you want to study for absorption) to the donor compartment. This compartment represents the lumen side of the intestine.
    • The compound should be in a suitable solvent or vehicle that does not damage the tissue.
  3. Maintain Experimental Conditions:

    • Place the Franz cells in an incubator or water bath to maintain physiological temperature (usually around 37°C).
    • Ensure continuous stirring of the receptor compartment to simulate blood flow and to prevent boundary layer formation.

Sampling:

  1. Sample Collection:

    • At predetermined time intervals (e.g., every 30 minutes or hourly), withdraw small aliquots from the receptor compartment using a syringe.
    • Replace the withdrawn volume with fresh Krebs-Ringer buffer to maintain constant volume.
  2. Analyze Samples:

    • Analyze the collected samples using appropriate analytical techniques (e.g., HPLC, UV-spectrophotometry) to determine the concentration of the test compound.
    • Plot the concentration of the test compound in the receptor compartment over time to assess the absorption rate.
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