@misc{oai:repo.qst.go.jp:00072093,
 author = {大山, 智子 and 大山廣太郎 and 木村, 敦 and 田口, 光正 and 大山 智子 and 木村 敦 and 田口 光正},
 month = {Oct},
 note = {Gelatin hydrogels have attracted considerable attention as a biomimetic scaffold (artificial extracellular matrix) especially for tissue engineering. However, existing gelatin scaffolds are chemically-crosslinked using cytotoxic reagents because the sol-gel transition of gelatin occurs at around the mammal’s body temperature. Our research group has found that gelatin is radiation-crosslinked without any crosslinkers when irradiated in water solution. The compressive modulus of the radiation-crosslinked gelatin hydrogel (RX-GG) can be controlled by the irradiation dose. We introduce reagent-free radiation-crosslinking method of gelatin hydrogel and its applications to functional scaffolds which control cellular morphology and migration., RadTech Asia 2016},
 title = {Reagent-Free Functional Gelatin Scaffolds Fabricated by Quantum Beam Nanoimprint Lithography},
 year = {2016}
}