Sentence examples for use in biomedical engineering from inspiring English sources

The favourable combination of strength and ductility as well as excellent corrosion resistance of CrNiCN-austenitic steels is the reason for their use in biomedical engineering.

This study provides an overview of the key features of inherent properties of chitosan, their modification, and its use in biomedical engineering particularly toward anti-inflammatory and wound healing.

After the in vitro test, the study by Fourier transform infrared spectroscopy, scanning electron microscopy, energy dispersive spectroscopy, electron diffraction and microscopy shows that an apatite-like layer is formed on the surface of SBA-15 and MCM-48 materials after 30 and 60 days, respectively, allowing their use in biomedical engineering for tissue regeneration.

GO is water-soluble nanomaterial and has been investigated extensively as a material for industrial applications for electronics and use in biomedical engineering.

Titanium (Ti) coatings are widely used in biomedical engineering, microelectronics and thin film industry.

Electrospinning has widely been used in biomedical engineering, including wound dressings, filtration, and drug delivery systems, as well as tissue engineering scaffolds [4].

Because the ink materials that is, hydroxyapatite along with the polymer and solvent are commonly used in biomedical engineering labs, Malda says, hyperelastic bone would be cheap to print.

The finite-element (FE) method is commonly used in biomedical engineering to simulate the behaviour of biological structures because of its ability to model complex shapes in a subject-specific manner.

For this purpose we have borrowed a tool, a 3D nano- and microfibre tissue scaffold, recently used in biomedical engineering of animal and human tissue physiology and pathophysiology in vitro.

They have strong fluorescent activity excited by a laser, and though metals are widely used, other materials should be used for safety in biomedical engineering.

This kind of non-contact motors are hopeful to be used as manipulators in biomedical engineering and/or micromechanical systems, etc.