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Biological Parameters Determining the Clinical Outcome of Autologous Cultures of Limbal Stem Cells

干细胞 角膜上皮 医学 移植 角膜 克隆形成试验 伤口愈合 病理 外科 眼科 细胞 生物 细胞生物学 遗传学
作者
Graziella Pellegrini,Paolo Rama,Stanislav Matuška,Alessandro Lambìase,Stefano Bonini,Augusto Pocobelli,Rossella Gisoldi Colabelli,Leopoldo Spadea,Romina Fasciani,E. Balestrazzi,Paolo Vinciguerra,Pietro Rosetta,Achille Tortori,Marco Nardi,Giovanna Gabbriellini,Carlo Enrico Traverso,Claudio Macaluso,Lorena Losi,Antonio Percesepe,Beatrice Venturi
出处
期刊:Regenerative Medicine [Future Medicine]
卷期号:8 (5): 553-567 被引量:134
标识
DOI:10.2217/rme.13.43
摘要

Limbal cultures restore the corneal epithelium in patients with ocular burns. We investigated the biological parameters instrumental for their clinical success.We report a long-term multicenter prospective study on 152 patients carrying corneal destruction due to severe ocular burns, treated with autologous limbal cells cultured on fibrin and clinical-grade 3T3-J2 feeder cells. Clinical results were statistically evaluated both by parametric and nonparametric methods.Clinical outcomes were scored as full success, partial success and failure in 66.05, 19.14 and 14.81% of eyes, respectively. The total number of clonogenic cells, colony size, growth rate and presence of conjunctival cells could not predict clinical results. Instead, the clinical data provided conclusive evidence that graft quality and likelihood of a successful outcome rely on an accurate evaluation of the number of stem cells detected before transplantation as holoclones expressing high levels of the p63 transcription factor. No adverse effects related to the feeder layer have been observed and the regenerated epithelium was completely devoid of any 3T3-J2 contamination.Cultures of limbal stem cells can be safely used to successfully treat massive destruction of the human cornea. We emphasize the importance of a discipline for defining the suitability and the quality of cultured epithelial grafts, which are relevant to the future clinical use of any cultured cell type.

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