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dpscs, bone, osteogenic, cells, cell, differentiation, stem, article, pubmed, sheets, bmscs, dpsc, google, scholar, expression, cultured, alp, bmp, day, pulp, fig, cas, dental, defects, human, thinduced, medium, culture, staining, regeneration, mouse, performed, medicine, compared, analyzed, effect, osteogenesis, tokyo, data, transplantation, induced, levels, treatment, proliferation, calvarial, analysis, bmc, mesenchymal, results, induce,

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springer nature additional file 1 author information authors abbreviations alp sandwich-type plla-nanosheets loaded state privacy rights cell-sheet technology l-ascorbate-2-phosphate bmc 5-μm thick sections promising cell-based therapy bone mineral content conjugated anti-human cd14 induced dpsc-sheet compared institutional ethics committee ung-il chung prevent t-cell alloreactivity 100 μm l-ascorbate-2-phosphate rights methods cell isolation tissue-engineered cell sheets small molecule bone morphogenetic protein-2 conclusions mesenchymal stem cell micro-ct images showed bone morphogenic protein author correspondence original author mesenchymal stem cells current treatment methods color-mapped images created cell-sheet engineering micro-ct image dental pulp fitc-human cd105 antibodies rt-pcr analyses showed stem cell properties total rna added achieved bone regeneration privacy choices/manage cookies induced bone regeneration convenient scaffold-free method temperature-responsive culture dishes ohba-chung laboratory osteogenic helioxanthin-derivative acts cell-based therapies sections culture methods short culture time bone mineral density

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         headline:Bone regeneration by human dental pulp stem cells using a helioxanthin derivative and cell-sheet technology
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         Bone regeneration
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