Lithographic patterning of thick SU-8 nanofibers without damaging the nanofibrous morphology is demonstrated.
In conclusion, NPG with a three-dimensional spongy morphology was demonstrated to be a suitable support for lipase immobilization.
The formation mechanism of such morphology is demonstrated as a radial deformation of large thin nanotubes.
A novel approach to prepare composites of different porosity and morphology is demonstrated.
Efficient control over the nanostructure composition and morphology was demonstrated, thus proposing a cheap and convenient fabrication technique for the advanced composite boron nitride/graphene materials.
The potential to create nanomaterials of novel morphology is demonstrated by synthesizing free-standing, interconnected networks composed of aligned carbon nanowires of defined or modulated diameter.
Primary chondrocytes compatibility, chondrocyte-matrix interaction with cell cell clustering and spheroidal morphology was demonstrated in ChS loaded hydrogel and long-term (42 days) proliferation was also determined.
The effects of resveratrol and curcumin on neurite morphology were demonstrated by several studies.
Drastic changes in SWCNT morphology were demonstrated by TEM and SEM.
Typical hESC morphology was demonstrated throughout in vitro culture and both viability and phenotypic stability were maintained throughout extended culture, up to 25 passages.
