Ultrafast
Spreading Effect Induced Rapid Cell Trapping
into Porous Scaffold with Superhydrophilic Surface
Chenmiao Wang
Chunyan Qiao
Wenlong Song
Hongchen Sun
10.1021/acsami.5b04009.s001
https://acs.figshare.com/articles/journal_contribution/Ultrafast_Spreading_Effect_Induced_Rapid_Cell_Trapping_into_Porous_Scaffold_with_Superhydrophilic_Surface/2139529
In
this contribution, superhydrophilic chitosan-based scaffolds
with ultrafast spreading property were fabricated and used to improve
the trapped efficiency of cells. The ultrafast spreading property
allowed cells to be trapped into the internal 3D porous structures
of the prepared scaffolds more quickly and effectively. Cell adhesion,
growth, and proliferation were also improved, which could be attributed
to the combination of UV irradiation and ultrafast spreading property.
The construction of ultrafast spreading property on the scaffold surface
will offer a novel way to design more effective scaffold in tissue
engineering that could largely shorten the therapeutic time for patients.
2015-08-19 00:00:00
Ultrafast Spreading Effect Induced Rapid Cell Trapping
novel way
Porous Scaffold
UV irradiation
cell adhesion
tissue engineering
scaffold surface
Superhydrophilic SurfaceIn
3 D
ultrafast