Tethering of 3-aminopropyltriethoxy silane films on medical grade V titanium alloy surface through self-assembled monolayers (SAMs) for biomedical applications
Titanium and its alloys are widely used biomaterials in health sciences. At present, twenty
nine grades of titanium alloys are available which have been used extensively in health
care, aeronautics, marine, petroleum and defence sectors [1],[2],[3],[4]. Commercial pure
titanium (cpTi), grade IV and grade V titanium alloys are widely used in the biomedical
research and applications. Out of these medical grade V titanium alloy with its unique
physical, mechanical, chemical and biological properties, suits better for application in the …
nine grades of titanium alloys are available which have been used extensively in health
care, aeronautics, marine, petroleum and defence sectors [1],[2],[3],[4]. Commercial pure
titanium (cpTi), grade IV and grade V titanium alloys are widely used in the biomedical
research and applications. Out of these medical grade V titanium alloy with its unique
physical, mechanical, chemical and biological properties, suits better for application in the …
[PDF][PDF] Tethering Of 3-Aminopropyltriethoxy Silane Films On
JKV Sharan, MGG Mishra - Carbon, 2017 - academia.edu
Highlights▪ Polished titanium discs were alkali treated to increase-OH groups on the
surface.▪ APTES was attached to alkali treated grade V titanium alloy surface via–OH
groups.▪ Free–NH2 groups of APTES are available for bio-conjugation with various
biomolecules.▪ Unique way to modify the titanium grade V alloy surface for biomedical
applications.
surface.▪ APTES was attached to alkali treated grade V titanium alloy surface via–OH
groups.▪ Free–NH2 groups of APTES are available for bio-conjugation with various
biomolecules.▪ Unique way to modify the titanium grade V alloy surface for biomedical
applications.
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