Sentence examples for material for skeletal from inspiring English sources
Our results suggest that topographical cues and the electroactivity of nanofibers synergistically stimulate muscle cell differentiation to make PCL/PANi nanofibers a suitable scaffold material for skeletal tissue engineering.
The close match among all the permeability values proves the suitability of the material for biomedical skeletal-implant applications.
Long term corrosion fatigue properties of two materials which are candidates for skeletal implants — cold worked c.p. Niobium and c.p. Tantalum — have been investigated.
Titanium granules can be considered as potential graft material for the repair of skeletal defects [ 31].
Given the absence of confirmed 'adult' skeletal material for Dreadnoughtus however, it would be challenging to account for this phenomenon.
Though collagen is known to be a suitable material for tissue engineering of skeletal muscle due to its resemblance to the natural extracellular matrix, our results confirm that the consistency of a matrix has a great influence on cell proliferation and differentiation.
We review the literature with respect to the materials and methodologies used to develop scaffolds for skeletal muscle tissue regeneration as well as the limitations of these materials.
This is particularly critical for skeletal diseases, for which biopsy material is not readily accessible.
Recent findings are highlighted to address the state of the field and directions are outlined for future strategies, both in scaffold design and in the use of different injury models to evaluate these materials, for regenerating functional skeletal muscle.
The majority of research to date focused on polyphosphazenes as materials for bone and skeletal tissue engineering applications.
The reversibility of skeletal isomerization between n-butenes and iso-butene has been studied over various solid acid catalysts including ferrierite and ZSM-5 zeolites, mesoporous materials and amorphous alumina in order to identify the cause for their different selectivities for skeletal isomerization.
