Table 1.
Overview of the literature on ECM-based bioscaffolds.
| Who, When | Where | Source | Target |
|---|---|---|---|
| Agrawal et al., 2009 | University of Pittsburgh, Pennsylvania, USA | Porcine urinary bladder matrix | Canine oesophagus; rat abdominal muscular wall |
| Alberti and Xu, 2013 | Tufts University, Medford, USA | Bovine achilles tendon | Potential role for nerve guidance conduits and blood vessel tissue engineering |
| Borschel et al., 2004 | University of Michigan, Ann Arbor, USA | Murine skeletal muscles | C2C12 culture in vitro |
| Chen and Walters, 2013 | United States Army Institute of Surgical Research, Extremity Trauma and Regenerative Medicine Research Program, San Antonio, TX, USA, and Wake Forest Institute for Regenerative Medicine, Winston-Salem, NC, USA | Rat muscle-derived extracellular matrix | Reconstruction of VML in rat latissimus dorsi |
| Carmignac and Durbeej, 2012 | Lund University, Lund, Sweden | ECM-cell membrane-cytoskeleton interactions | Treatment of muscle disorders |
| Conconi et al., 2005 | University of Padova, Italy | Rat skeletal muscle seeded with myoblasts | Muscle fibers in syngeneic host |
| Corona et al., 2013 | US Army Institute of Surgical research, Fort Sam, Houston, USA | Rat skeletal muscle | Enhanced mechanical stability in VML |
| Dai and Xu, 2011 | Tufts University, Medford, USA | Adult cow tendons | Future application in other natural materials, e.g., muscles |
| Gillies et al., 2011 | University of California San Diego, La Jolla, USA | Murine skeletal muscles | C2C12 culture in vitro |
| Mase et al., 2010 | Institute of Surgical Research, Houston, USA | Porcine intestinal submucosa | Human right thigh medialis muscle |
| Merritt et al., 2010a | University of Texas, Austin, USA | Rat muscle-derived ECM seeded with bone-marrow-derived mesenchymal stem cells | Rat lateral gastrocnemius skeletal myofibers |
| Milner and Cameron, 2013 | University of Illinois, Urbana, USA | Skeletal muscle | Amphibian limbs |
| Perniconi et al., 2011 | Sapienza University of Rome, Rome, Italy | Murine skeletal muscles | Muscle fibers in syngeneic host |
| Sicari et al., 2012 | University of Pittsburgh, Pennsylvania, USA | Porcine intestinal submucosa | VML in murine quadriceps |
| Stern et al., 2009 | Wake Forest University School of Medicine, Winston-Salem, USA | Hamster skeletal muscles | Coating for C2C12 colture in vitro |
| Turner et al., 2010 | University of Pittsburgh, Pennsylvania, USA | Xenogeneic ECM | Dog distal gastrocnemius musculotendinous junction |
| Turner et al., 2012 | University of Pittsburgh, Pennsylvania, USA | Dog small intestinal submucosa | Dog quadriceps skeletal muscle |
| Valentin et al., 2010 | University of Pittsburgh, Pennsylvania, USA | Carbodiimide-crosslinked porcine SIS; autologous tissue; polypropylene mesh | Rodent abdominal wall |
| Vindigni et al., 2004 | University of Padua, Italy | Rat rectus abdominis seeded with satellite cells | Reconstruction of homologous muscle |
| Wolf et al., 2012 | University of Pittsburgh, Pennsylvania, USA | Dog skeletal muscle; porcine small intestine submucosa | Rat abdominal muscular wall |
| Wu et al., 2012 | University of Texas, San Antonio, Texas, USA | Rat tibialis anterior muscle | Rat tibialis anterior muscle |
List of works dealing with the production, characterization, and use of ECM-derived bioscaffolds obtained by means of tissue/organ decellularization and proposed for tissue engineering applications.