Tailoring the Surface Functionalities of Titania …
541
Fig. 21 FESEM images of TNT (a) and ta-C filled TNT samples at (b) 0.5 min, (c) 1 min, (d)
2 min, (e) 5 min and (f) 10 min (Republished with permission of the Royal Society of Chemistry,
from Mohan et al. [130])
nanotubes based implants [132–134]. The critical parameters required for clinical
applications such as desired kinetics, drug release rate and concentration for different
localized drug delivery therapies are successfully delivered by titanium nanotubes
as demonstrated by in vitro studies”.
Local drug delivery develops into a prospective to conquer the drawbacks of
conventional systemic administration by transporting out straight and local delivery
of drugs from implants with nanopores/nanotubes. Local drug delivery systems
541
Fig. 21 FESEM images of TNT (a) and ta-C filled TNT samples at (b) 0.5 min, (c) 1 min, (d)
2 min, (e) 5 min and (f) 10 min (Republished with permission of the Royal Society of Chemistry,
from Mohan et al. [130])
nanotubes based implants [132–134]. The critical parameters required for clinical
applications such as desired kinetics, drug release rate and concentration for different
localized drug delivery therapies are successfully delivered by titanium nanotubes
as demonstrated by in vitro studies”.
Local drug delivery develops into a prospective to conquer the drawbacks of
conventional systemic administration by transporting out straight and local delivery
of drugs from implants with nanopores/nanotubes. Local drug delivery systems