Current affiliation: Hokkaido DaigakuSubject: Materials SciencePrimary location: Japan
Published in:Journal of Tissue Engineering and Regenerative MedicinePublication date:2012-11-20
Hydrogels as feeder-free scaffolds for long-term self-renewal of miPS cells
Control of differentiation, or keeping stem cells in undifferentiated state are the most important but difficult things for study of tissue enginee...
Published in:Soft MatterPublication date:2014-05-23
Published in:Advanced MaterialsPublication date:2003-07-17
Most conventionally prepared hydrogels contain 90% water held in a polymer network, and can easily break apart like a jelly. Gong et al. discovered...
Published in:Nature MaterialsPublication date:2013-07-28
Tough, self-healing and shape-memory hydrogels have been synthesized only by copolymerization of anion and cation monomers. Strength distribution o...
Published in:Soft MatterPublication date:2010-01-01
Published in:Materials HorizonsPublication date:2015-01-01
Published in:Journal of Materials Chemistry BPublication date:2015-01-01
Published in:Soft MatterPublication date:2015-01-01
Published in:Journal of Polymer Science Part B Polymer PhysicsPublication date:2016-03-06