PEER-REVIEWED PUBLICATION

2023

Anchored Cell Sheet Engineering: A Novel Scaffold-Free Platform for in vitro Modeling

A tensile test divider icon

Shahin-Shamsabadi A, Cappuccitti J

Advanced Functional Materials

Evolved.Bio

RESEARCH SUMMARY
This work introduces a next-generation scaffold-free tissue engineering platform called Anchored Cell Sheet Engineering (ACSE), enabling fabrication of self-assembled 3D tissue constructs from enzyme-free cell sheets. The system integrates patterned PDMS membranes and flexible Ecoflex-based pillar anchors to control tissue form, ECM deposition, and remodeling. The platform demonstrated the creation of muscle-fiber-like and lung-epithelial constructs without exogenous scaffolds. Decellularized cell-sheet constructs (CSdECM) were shown to act as tunable ECM-rich scaffolds and coatings for improving 2D and 3D culture fidelity. This versatile, low-cost system allows modeling of complex assembloids and interlinked tissues, advancing in vitro mechanobiology and regenerative research.
CellScale hexagons, without text

CELLSCALE INSTRUMENT USED

BioTesterUniVert

Mechanical properties of both anchored fibers and decellularized ECM constructs were quantified using CellScale UniVert and BioTester 5000 systems. Tensile testing of 5 cm fibers on the UniVert (10 N load cell, 50% strain rate) confirmed that ECM contributed substantially to mechanical strength, with minimal stiffness reduction post-decellularization. Biaxial tests of 4- and 6-pillar sheets using the BioTester revealed anisotropic behavior dependent on pillar configuration, demonstrating how cellular sensing and ECM remodeling generated tunable mechanical anisotropy in engineered tissues.
AUTHORS

Alireza Shahin-Shamsabadi, John Cappuccitti.

PUBLICATION DETAILS
JOURNAL

Advanced Functional Materials

YEAR

2023

INSTITUTIONS

Evolved.Bio

COUNTRIES

Canada

INSTRUMENT USED

BioTesterUniVert

TESTING METHODS

Biaxial TestingTensile Testing

RESEARCH APPLICATIONS

Lung and Pleural Tissue BiomechanicsMusculoskeletal Tissue Engineering & MechanicsSkeletal Muscle & Volumetric Muscle Loss

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