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abrasive waterjet Journal(passive) created bytitanium surface topography
abrasive waterjet Authors(passive) created bytitanium surface topography
a sequence of molecular and cellular eventsleadto the apposition of newly - formed bone directly onto the titanium surface
hydro - abrasive cutting(passive) created bytitanium surface topography
researchesleadto the discovery of osseointegration ( titanium integration into the bone tissue ) phenomenon
The other direction for manipulating biological responses isto createtopographical surface features at the nanoscale level on the titanium oxide surface
wound healing processdiscoveredosseointegration ( integration of titanium into living bone tissues
Dr. Brånemarkdiscoveredintegration of bone to titanium
the Ag - HA coating microstructurecould be designedby controlling the pre - treated surface topography of titanium
Therefore , the present inventors had expectedto createthe same surface topography on titanium alloy
Research pioneered in Sweden by Dr. Per Ingvar Branemark in the 50sledto the discovery that an ordered live bone surface and titanium form a strong integration
to promote rapid bony integration and subsequent fusionis designedto promote rapid bony integration and subsequent fusion
to a better response of bone tissueleadto a better response of bone tissue
these adhesion components of osteoblasts , e.g. the integrins , the adapter proteins and the actin cytoskeletoninfluencesthese adhesion components of osteoblasts , e.g. the integrins , the adapter proteins and the actin cytoskeleton
from its surface propertiesmainly resultsfrom its surface properties
in a substantial thickness of the titanium oxide , with a porous topography and with a complex structure at both micrometer and nanometer scales [ 2 , 7 , 29 , 38resultingin a substantial thickness of the titanium oxide , with a porous topography and with a complex structure at both micrometer and nanometer scales [ 2 , 7 , 29 , 38
like MG63 cells(passive) was synergistically influenced bylike MG63 cells
the epithelial migrationpreventsthe epithelial migration
a strong foundation for artificial teethcreatinga strong foundation for artificial teeth
the attachment of Staphylococcus aureus and Pseudomonas aeruginosa bacteriainfluencesthe attachment of Staphylococcus aureus and Pseudomonas aeruginosa bacteria
the formation of calcified nodulesinfluencedthe formation of calcified nodules
AP activityinfluencedAP activity