Trapezoidal Tissue Train® Culture Plate
Cat#:Trapezoidal Tissue Train® Culture Plate
Price:Please call:86-10-67529703
Brand:flexcell
Culturing Cells in a Mechanically Active Environment

For 20 years, Flexcell® International Corporation has specialized in designing and manufacturing products to service the Cytomechanics marketplace. Cytomechanics is the field of study investigating cellular responses to mechanical loads. Flexcell®takes pride in the quality of our products and in the service we provide to our customers. We welcome you to our site to learn more about how you can expand your research capabilities.

Tissue Train

Trapezoidal Tissue Train® Culture Plate

Works with the Tissue Train® System to create 3-dimensional trapezoidal-shaped bioartificial tissue constructs.

  • Create 3-D collagen gel constructs using a Trapezodial Trough Loader™ as a mold device.
  • Apply a load regimen of uniaxial cyclic strain to the gel and cells using the Flexcell® Tissue Train®System.
  • Matrix bonded nylon mesh or foam anchors for improved cell attachment (see Tech Report 113 for more information on anchor material options).
  • Available individually or by the case of 40*.
*5% Savings (based on buying 40 plates at the individual price)

Read more about Tissue Engineering with a Flexcell® Culture System


Tissue Train® System Videos

Creating a Bioartifical Construct with the Tissue Train® System
This video shows how to create a 3D collagen cell-seeded construct (or bioartifical tissue) with a linear Trough Loader™ and the Tissue Train® System. After the construct has polymerized, the FX-5000™ Tension System can be used with an Arctangle® Loading Station™ to apply uniaxial strain to the construct.
 
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Tissue Train® Bioartificial Tissue Fabrication with Uniaxial Strain
A 3D collagen cell-seeded construct (or bioartifical tissue) is dispensed with a pipette into a linear mold created with the Trough Loader™ and Tissue Train® System. After the construct has polymerized, the FX-5000™ Tension System can be used with an Arctangle® Loading Station™ to apply uniaxial strain to the construct.


Tension Test of a Bioartificial Tissue
A 3D cell-seeded collagen gel created with the Tissue Train® System is subjected to a tensile test until failure. Shown here is the construct within the test grips during testing.


Tissue Train® Trapezoidal Construct under Tension with Corresponding Finite Element Strain Values
Trapezoidal-shaped 3D cell-seeded gel construct (created with the Flexcell® Tissue Train®System) undergoing unconstrained tension applied with a FX-5000™ Tension System. The strain values, as determined with Finite Element Analysis, are depicted alongside the strained construct.