Biocompatibility-enhancing features

Biocompatibility-enhancing features of cohesive fibrous structures... 

Biocompatibility enhancing fibers features Exchange surface area and cell ingrowth... 

It is evident in Figure 3.5 that the two displayed spectra are slightly different in the band intensities and observed spectral features. This approach is thus suitable for analysing the characteristic band structures to enhance the bio-compatibility of the sapphire lenses, and the surface passivation process enabled more optimized biocompatible lenses to be fabricated. 

The basic components of a liquid chromatograph cover a wide range of sophistication, features and cost [1-5]. Most systems are modular to provide maximum operating flexibility and frequently fully automated. Advanced materials allow the fabrication of instruments from non-metallic components for enhanced biocompatibility and corrosion resistance in life science and ion chromatography applications. Continuing improvement in design and electronic control provides for ease of use with a wider range of column diameters from semipreparative to packed capillary columns at close to optimum separation conditions. Interest in small-diameter columns stems from their lower... 

High solubility in water, biological activity, immune-enhancing properties, biocompatibility and biodegradability are some of the features that make this polysaccharide a dietary fiber that is ideal for both medical and pharmaceutical applications [121]. 

Gelatin was also added to several synthetic biocompatible polymers in order to enhance their proliferation features. For instance, gelatin was added to PCL to obtain gelatin/PCL-blended nanofibers. The nanofibers were tested successfully to proliferate Schwann s cells (Gupta et al. 2009). Another example is blending gelatin with polyaniline (PAN). Gelatin/PAN nanofibers were reported to enhance myocardial proliferation (Li et al. 2006). 

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