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Flexcell International Corp tissue train culture plates
Tissue Train Culture Plates, supplied by Flexcell International Corp, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/tissue+train+plates/culture+plates+tissue+train/pm42174194-299-19-23
Average 86 stars, based on 1 article reviews
tissue train culture plates - by Bioz Stars, 2026-09
86/100 stars

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Related Articles

Contraction Assay:

Article Title: Bioengineered in Vitro Tissue Model of Fibroblast Activation for Modeling Pulmonary Fibrosis.
Article Snippet: Subscriber access provided by ALBRIGHT COLLEGE is published by the American Chemical Society.. 1155 Sixteenth Street N.W., Washington, DC 20036 Published by American Chemical Society.. Copyright © American Chemical Society.

Construct:

Article Title: Mechanical Stress Promotes Maturation of Human Myocardium from Pluripotent Stem Cell-Derived Progenitors
Article Snippet: .. 6 To investigate the effects of exogenous cyclic stress conditioning, Tissue Train plates containing constructs were placed onto an Arctangle loading posts in a baseplate connected to an FX-4000T system (Flexcell) on the day following construct fabrication. ..

Article Title: 2016 TERMIS - Americas Conference and Exhibition San Diego, CA December 11-14, 2016.
Article Snippet: .. Flexcell Tissue Train plates modified for perfusion and air-liquid interface culture were seeded with SC-I hydrogels containing human pulmonary fibroblasts in 3D; small airway epithelial cells (SAEC) and microvascular endothelial cells were seeded on top and within a channel along the length of the tissue construct, respectively. ..

Modification:

Article Title: Engineering cellular fibers for musculoskeletal soft tissues using directed self-assembly.
Article Snippet: Engineering strategies guided by developmental biology may enhance and accelerate in vitro tissue formation for tissue engineering and regenerative medicine applications.. In this study, we looked toward embryonic tendon development as a model system to guide our soft tissue engineering approach.. To direct cellular self-assembly, we utilized laser micromachined, differentially adherent growth channels lined with fibronectin.

Article Title: 2016 TERMIS - Americas Conference and Exhibition San Diego, CA December 11-14, 2016.
Article Snippet: .. Flexcell Tissue Train plates modified for perfusion and air-liquid interface culture were seeded with SC-I hydrogels containing human pulmonary fibroblasts in 3D; small airway epithelial cells (SAEC) and microvascular endothelial cells were seeded on top and within a channel along the length of the tissue construct, respectively. ..

Cell Culture:

Article Title: Fructose-Induced Glycation End Products Promote Skin-Aging Phenotypes and Senescence Marker Expression in Human Dermal Fibroblasts.
Article Snippet: Chilled matrix solution (1 mL) containing fibroblasts was pipetted into Flexcell Tissue Train 6-well circular foam plates (Flexcell International, Cat#UF-4001C, Burlington, NC, USA), and the gel was guided to saturate the foam by gently compressing it with a pipette tip. .. To set the matrix, the Flexcell Tissue Train plates were transferred to standard cell culture incubation conditions of 5% CO2, 37 ◦C, and 95% humidity for 3 h. At the end of the 3 h, 3 mL of 1× supplemented DMEM media was added to each well. ..

Incubation:

Article Title: Fructose-Induced Glycation End Products Promote Skin-Aging Phenotypes and Senescence Marker Expression in Human Dermal Fibroblasts.
Article Snippet: Chilled matrix solution (1 mL) containing fibroblasts was pipetted into Flexcell Tissue Train 6-well circular foam plates (Flexcell International, Cat#UF-4001C, Burlington, NC, USA), and the gel was guided to saturate the foam by gently compressing it with a pipette tip. .. To set the matrix, the Flexcell Tissue Train plates were transferred to standard cell culture incubation conditions of 5% CO2, 37 ◦C, and 95% humidity for 3 h. At the end of the 3 h, 3 mL of 1× supplemented DMEM media was added to each well. ..



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Overview of the Flexcell ® Tension system, mechanism of cell strain, and models used. (A) Schematic of the Flexcell ® FX-6000TM System, with components including: Surge protected power strip, power outlet, Ethernet cable, reinforced vacuum tubing, compressed air regulator/filter, vent tubing, system tubing, flex in tubing, flex out tubing, water trap, baseplate. To the right, enlargement of a top view of the baseplate in which the different <t>culture</t> <t>plates</t> sit for strain experiments showing white loading posts. (B) Schematic of top and side-view of membrane deformation and subsequent equibiaxial strain onto cells. (C) 2D alveolar epithelial-fibroblast co-cultures were seeded on BioFlex plates, whereas 3D co-cultures and epithelial-fibroblast organoids were seeded on the <t>Tissue</t> <t>Train</t> plate. Adapted from Flexcell ® International Corporation with written permission: USER MANUAL FLEXCELL ® DYNAMIC CULTURE SYSTEM FX-6000™ Tension 03-19-18 Rev 1.2, https://cdn.prod.website-files.com/5b916a469721fd4a8ae38199/5bb51aa931f6192010078b79_FX-6000TensionUsersManual.pdf , COPYRIGHT © 2018 FLEXCELL ® INTERNATIONAL CORPORATION, www.flexcellint.com ; FLEXCELL Loading Station Tech Report, Rev 7.0 07-25-17, https://cdn.prod.website-files.com/5b916a469721fd4a8ae38199/5bb519b8e56d4d5aedf7e3c8_101_LoadingStationsTech.pdf , COPYRIGHT © 2009 FLEXCELL ® INTERNATIONAL CORPORATION, www.flexcellint.com .
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Overview of the Flexcell ® Tension system, mechanism of cell strain, and models used. (A) Schematic of the Flexcell ® FX-6000TM System, with components including: Surge protected power strip, power outlet, Ethernet cable, reinforced vacuum tubing, compressed air regulator/filter, vent tubing, system tubing, flex in tubing, flex out tubing, water trap, baseplate. To the right, enlargement of a top view of the baseplate in which the different <t>culture</t> <t>plates</t> sit for strain experiments showing white loading posts. (B) Schematic of top and side-view of membrane deformation and subsequent equibiaxial strain onto cells. (C) 2D alveolar epithelial-fibroblast co-cultures were seeded on BioFlex plates, whereas 3D co-cultures and epithelial-fibroblast organoids were seeded on the <t>Tissue</t> <t>Train</t> plate. Adapted from Flexcell ® International Corporation with written permission: USER MANUAL FLEXCELL ® DYNAMIC CULTURE SYSTEM FX-6000™ Tension 03-19-18 Rev 1.2, https://cdn.prod.website-files.com/5b916a469721fd4a8ae38199/5bb51aa931f6192010078b79_FX-6000TensionUsersManual.pdf , COPYRIGHT © 2018 FLEXCELL ® INTERNATIONAL CORPORATION, www.flexcellint.com ; FLEXCELL Loading Station Tech Report, Rev 7.0 07-25-17, https://cdn.prod.website-files.com/5b916a469721fd4a8ae38199/5bb519b8e56d4d5aedf7e3c8_101_LoadingStationsTech.pdf , COPYRIGHT © 2009 FLEXCELL ® INTERNATIONAL CORPORATION, www.flexcellint.com .
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Flexcell International Corp tissue train 6-well circular foam plates
Overview of the Flexcell ® Tension system, mechanism of cell strain, and models used. (A) Schematic of the Flexcell ® FX-6000TM System, with components including: Surge protected power strip, power outlet, Ethernet cable, reinforced vacuum tubing, compressed air regulator/filter, vent tubing, system tubing, flex in tubing, flex out tubing, water trap, baseplate. To the right, enlargement of a top view of the baseplate in which the different <t>culture</t> <t>plates</t> sit for strain experiments showing white loading posts. (B) Schematic of top and side-view of membrane deformation and subsequent equibiaxial strain onto cells. (C) 2D alveolar epithelial-fibroblast co-cultures were seeded on BioFlex plates, whereas 3D co-cultures and epithelial-fibroblast organoids were seeded on the <t>Tissue</t> <t>Train</t> plate. Adapted from Flexcell ® International Corporation with written permission: USER MANUAL FLEXCELL ® DYNAMIC CULTURE SYSTEM FX-6000™ Tension 03-19-18 Rev 1.2, https://cdn.prod.website-files.com/5b916a469721fd4a8ae38199/5bb51aa931f6192010078b79_FX-6000TensionUsersManual.pdf , COPYRIGHT © 2018 FLEXCELL ® INTERNATIONAL CORPORATION, www.flexcellint.com ; FLEXCELL Loading Station Tech Report, Rev 7.0 07-25-17, https://cdn.prod.website-files.com/5b916a469721fd4a8ae38199/5bb519b8e56d4d5aedf7e3c8_101_LoadingStationsTech.pdf , COPYRIGHT © 2009 FLEXCELL ® INTERNATIONAL CORPORATION, www.flexcellint.com .
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Overview of the Flexcell ® Tension system, mechanism of cell strain, and models used. (A) Schematic of the Flexcell ® FX-6000TM System, with components including: Surge protected power strip, power outlet, Ethernet cable, reinforced vacuum tubing, compressed air regulator/filter, vent tubing, system tubing, flex in tubing, flex out tubing, water trap, baseplate. To the right, enlargement of a top view of the baseplate in which the different culture plates sit for strain experiments showing white loading posts. (B) Schematic of top and side-view of membrane deformation and subsequent equibiaxial strain onto cells. (C) 2D alveolar epithelial-fibroblast co-cultures were seeded on BioFlex plates, whereas 3D co-cultures and epithelial-fibroblast organoids were seeded on the Tissue Train plate. Adapted from Flexcell ® International Corporation with written permission: USER MANUAL FLEXCELL ® DYNAMIC CULTURE SYSTEM FX-6000™ Tension 03-19-18 Rev 1.2, https://cdn.prod.website-files.com/5b916a469721fd4a8ae38199/5bb51aa931f6192010078b79_FX-6000TensionUsersManual.pdf , COPYRIGHT © 2018 FLEXCELL ® INTERNATIONAL CORPORATION, www.flexcellint.com ; FLEXCELL Loading Station Tech Report, Rev 7.0 07-25-17, https://cdn.prod.website-files.com/5b916a469721fd4a8ae38199/5bb519b8e56d4d5aedf7e3c8_101_LoadingStationsTech.pdf , COPYRIGHT © 2009 FLEXCELL ® INTERNATIONAL CORPORATION, www.flexcellint.com .

Journal: Frontiers in Medicine

Article Title: Dynamic mechanical stimulation of alveolar epithelial-fibroblast models using the Flexcell tension system to study of lung disease mechanisms

doi: 10.3389/fmed.2025.1552803

Figure Lengend Snippet: Overview of the Flexcell ® Tension system, mechanism of cell strain, and models used. (A) Schematic of the Flexcell ® FX-6000TM System, with components including: Surge protected power strip, power outlet, Ethernet cable, reinforced vacuum tubing, compressed air regulator/filter, vent tubing, system tubing, flex in tubing, flex out tubing, water trap, baseplate. To the right, enlargement of a top view of the baseplate in which the different culture plates sit for strain experiments showing white loading posts. (B) Schematic of top and side-view of membrane deformation and subsequent equibiaxial strain onto cells. (C) 2D alveolar epithelial-fibroblast co-cultures were seeded on BioFlex plates, whereas 3D co-cultures and epithelial-fibroblast organoids were seeded on the Tissue Train plate. Adapted from Flexcell ® International Corporation with written permission: USER MANUAL FLEXCELL ® DYNAMIC CULTURE SYSTEM FX-6000™ Tension 03-19-18 Rev 1.2, https://cdn.prod.website-files.com/5b916a469721fd4a8ae38199/5bb51aa931f6192010078b79_FX-6000TensionUsersManual.pdf , COPYRIGHT © 2018 FLEXCELL ® INTERNATIONAL CORPORATION, www.flexcellint.com ; FLEXCELL Loading Station Tech Report, Rev 7.0 07-25-17, https://cdn.prod.website-files.com/5b916a469721fd4a8ae38199/5bb519b8e56d4d5aedf7e3c8_101_LoadingStationsTech.pdf , COPYRIGHT © 2009 FLEXCELL ® INTERNATIONAL CORPORATION, www.flexcellint.com .

Article Snippet: 3D co-culture models were created in the 6 well Tissue Train circular foam culture plates (Flexcell International Corporation) by resuspending 100,000 MRC-5 lung fibroblasts in 2 mg/mL rat tail collagen I per well as per the manufacturer's protocol (Thermo Fisher Scientific, A10483-01).

Techniques: Stripping Membranes, Membrane