Dept. of Biomed. Eng., Johns Hopkins Univ., Baltimore, MD, USA;
biomedical materials; biomembranes; biomimetics; eye; proteins; tissue engineering; biomimetic collagen-based matrix; collagen fibrogenesis; collagen membrane; collagen thermal stability; corneal repair; cyclodextrin; proteoglycan substitute; therapeutic eye patch; Biomedical optical imaging; Biomembranes; Cornea; Educational institutions; Maintenance engineering; Mechanical factors; Thermal stability; collagen; corneal regeneration; cyclodextrin; fibrogenesis; proteoglycan;
机译:通过MicroRNA改性基于胶原基材料,通过调节角膜伤口愈合来增强角膜组织修复
机译:间充质干细胞负载的多孔钽与仿生3D胶原基支架相结合,可修复山羊的大型骨软骨缺损
机译:仿生多层胶原基支架修复骨软骨
机译:用于肌腱或角膜修复的混合细胞外基质支架
机译:胶原蛋白纤维凝胶三维构建体用于周围神经修复的制备和评价
机译:间充质干细胞负载的多孔钽与仿生3D胶原基支架相结合可修复山羊的大型骨软骨缺损
机译:一种仿生多层胶原基支架,用于骨软骨修复。