|
bioactivity |
9 |
|
plasma immersion ion implantation |
7 |
|
titanium - chemistry |
7 |
|
corrosion resistance |
6 |
|
magnesium |
6 |
|
mechanical properties |
6 |
|
nickel titanium |
6 |
|
niti |
6 |
|
alloys - chemistry - metabolism |
5 |
|
biocompatibility |
5 |
|
biocompatible materials |
5 |
|
biocompatible materials - chemistry |
5 |
|
cell viability |
5 |
|
coated materials, biocompatible - chemistry - metabolism |
5 |
|
corrosion |
5 |
|
green fluorescent proteins - metabolism |
5 |
|
hardness |
5 |
|
nickel |
5 |
|
nickel - analysis - chemistry |
5 |
|
nickel - chemistry |
5 |
|
nickel titanium shape memory alloys |
5 |
|
nickel-titanium alloy |
5 |
|
nitinol |
5 |
|
osteoblast |
5 |
|
osteoblasts |
5 |
|
stainless steel |
5 |
|
surface modification |
5 |
|
surface treatment |
5 |
|
titanium |
5 |
|
active ingredients |
4 |
|
alloys |
4 |
|
apatite |
4 |
|
bioimprinting |
4 |
|
biomedical applications |
4 |
|
biomimetic material |
4 |
|
biomimetic materials - chemistry |
4 |
|
body fluids |
4 |
|
carbon - analysis - chemistry |
4 |
|
cell proliferation |
4 |
|
cell survival - physiology |
4 |
|
chemical modification |
4 |
|
chemical processes |
4 |
|
chemical treatment |
4 |
|
collagen organization |
4 |
|
core-shell microspheres |
4 |
|
core-shell particle |
4 |
|
creep expansion |
4 |
|
electrochemical impedance spectroscopy |
4 |
|
electrochemistry - methods |
4 |
|
encapsulation efficiency |
4 |
|
frequency |
4 |
|
head and neck cancer |
4 |
|
healing |
4 |
|
heat treatment |
4 |
|
hot isostatic pressing |
4 |
|
implant locking mechanism |
4 |
|
implant stability |
4 |
|
ion implantation |
4 |
|
ions - chemistry |
4 |
|
materials testing - methods |
4 |
|
mechanistic target of rapamycin complex 1 |
4 |
|
mesenchymal stem cells |
4 |
|
microfluidic method |
4 |
|
microscopy, electron |
4 |
|
nanostructures - chemistry - ultrastructure |
4 |
|
narrow size distributions |
4 |
|
ni leaching |
4 |
|
nickel - chemistry - metabolism |
4 |
|
nickel release |
4 |
|
nickel titanium shape memory alloy |
4 |
|
nickel-titanium (niti) shape memory alloys |
4 |
|
nickel-titanium shape memory alloy |
4 |
|
niti shape memory alloys |
4 |
|
niti shape-memory alloy |
4 |
|
orthopedic fixation devices |
4 |
|
orthopedic implants |
4 |
|
osteoblasts - cytology - physiology |
4 |
|
oxidation |
4 |
|
oxygen |
4 |
|
poly(lactic-co-glycolic acid) |
4 |
|
porosity |
4 |
|
porous nickel titanium alloy |
4 |
|
porous nickel-titanium |
4 |
|
porous niti |
4 |
|
porous niti shape memory alloy |
4 |
|
prostheses and implants |
4 |
|
proto-oncogene proteins c-akt |
4 |
|
pulsing frequency |
4 |
|
shape memory alloy |
4 |
|
shape memory alloys |
4 |
|
shape recovery |
4 |
|
silver nanoparticles |
4 |
|
simulated body fluid |
4 |
|
sintering |
4 |
|
spinal fusion - instrumentation - methods |
4 |
|
spinal implant |
4 |
|
structure |
4 |
|
superelasticity |
4 |
|
surface barrier layer |
4 |
|
surface free energy |
4 |
|
surface morphology and roughness |
4 |
|
surface roughness |
4 |
|
tendon |
4 |
|
tensile strength |
4 |
|
tissue microenvironment |
4 |
|
titanium - analysis - chemistry |
4 |
|
titanium - chemistry - metabolism |
4 |
|
transformation temperature |
4 |
|
trpm cation channels |
4 |
|
voltage |
4 |
|
water plasma immersion ion implantation |
4 |
|
wear |
4 |
|
xps |
4 |
|
adolescent |
3 |
|
adult |
3 |
|
age factors |
3 |
|
biodegradable |
3 |
|
biomaterials |
3 |
|
bone allograft |
3 |
|
bone growth |
3 |
|
braces |
3 |
|
child |
3 |
|
cross-sectional studies |
3 |
|
data collection |
3 |
|
diffusion barrier |
3 |
|
electrical engineering |
3 |
|
engineering |
3 |
|
female |
3 |
|
hemispherical 3d imprints |
3 |
|
humans |
3 |
|
implants, experimental |
3 |
|
magnesium - chemistry - metabolism |
3 |
|
magnesium ions |
3 |
|
male |
3 |
|
micro-/nanoscale surface morphology |
3 |
|
nickel alloys |
3 |
|
niti shape memory alloy |
3 |
|
osteointegration |
3 |
|
outcome assessment (health care) - statistics & numerical data |
3 |
|
patient compliance |
3 |
|
patient satisfaction |
3 |
|
peek |
3 |
|
plasma deposition |
3 |
|
plasma immersion ion implantation and deposition |
3 |
|
plasma ions immersion implantation and deposition (piii&d) |
3 |
|
polycaprolactone |
3 |
|
polymers - chemistry - metabolism |
3 |
|
preosteoblasts |
3 |
|
quality of life |
3 |
|
questionnaires |
3 |
|
reverse martensitic transformation temperatures |
3 |
|
scoliosis - complications - pathology - psychology - therapy |
3 |
|
surface morphology |
3 |
|
ti implants |
3 |
|
titanium nitride |
3 |
|
treatment outcome |
3 |
|
alpha particle |
2 |
|
anti-infective agents - chemistry - pharmacology |
2 |
|
anticancer |
2 |
|
antimicrobial |
2 |
|
bacteria |
2 |
|
band structure |
2 |
|
biocompatible materials - chemistry - pharmacology |
2 |
|
biomechanics |
2 |
|
calcification |
2 |
|
cell adhesion |
2 |
|
ceramics - chemistry - pharmacology |
2 |
|
chains |
2 |
|
charge transfer |
2 |
|
chemical state changes |
2 |
|
corroded surface |
2 |
|
corrosion mechanisms |
2 |
|
crystallography |
2 |
|
degradation rate |
2 |
|
density |
2 |
|
deposition |
2 |
|
depth profile |
2 |
|
functional coatings and films |
2 |
|
hela cells |
2 |
|
hierarchical system |
2 |
|
homeostasis |
2 |
|
mechanical property |
2 |
|
metals - chemistry - pharmacology |
2 |
|
micropillar substrate |
2 |
|
mitochondria |
2 |
|
ocean acidification |
2 |
|
osseointegration |
2 |
|
osseointegration - physiology |
2 |
|
oyster shells |
2 |
|
padc |
2 |
|
pdms |
2 |
|
plasma surface modification |
2 |
|
scaffolds |
2 |
|
self-decontamination |
2 |
|
tissue scaffolds - chemistry |
2 |
|
vanadium dioxide |
2 |
|
3d printing |
1 |
|
a. magnesium |
1 |
|
a. nanostructured intermetallic |
1 |
|
acrylic monomers |
1 |
|
adhesion |
1 |
|
alloys - chemistry |
1 |
|
amides |
1 |
|
amphiphilic graft copolymer |
1 |
|
animals |
1 |
|
anionic |
1 |
|
anodic oxidation |
1 |
|
antibacterial |
1 |
|
antibacterials |
1 |
|
antibiofilm |
1 |
|
antibiotics |
1 |
|
apatite coating |
1 |
|
apoptosis |
1 |
|
atomic layer deposition |
1 |
|
au |
1 |
|
b. eis |
1 |
|
b. phase transformation |
1 |
|
b. plastic deformation mechanisms |
1 |
|
b. polarization |
1 |
|
bacterial infection |
1 |
|
bacterial membrane permeation |
1 |
|
biocompatible materials - chemistry - toxicity |
1 |
|
biodegradability |
1 |
|
biodegradable metals |
1 |
|
biomaterial |
1 |
|
biomedical properties |
1 |
|
biomimetic |
1 |
|
biomimetic (chemical reaction) |
1 |
|
biomimetic deposition |
1 |
|
biosafety |
1 |
|
biosynthesis |
1 |
|
blood compatibility |
1 |
|
bone |
1 |
|
bone formation |
1 |
|
bone‐implants |
1 |
|
c. interfaces |
1 |
|
calorimetry, differential scanning |
1 |
|
carbon compounds, inorganic - pharmacology |
1 |
|
carbon quantum dots |
1 |
|
carbon-nanotube composites |
1 |
|
carbonated hydroxyapatite |
1 |
|
cationic |
1 |
|
cell culture |
1 |
|
cell differentiation |
1 |
|
cell line |
1 |
|
cells, cultured |
1 |
|
cellular properties |
1 |
|
classification |
1 |
|
coated materials, biocompatible - chemistry - pharmacology |
1 |
|
coated materials, biocompatible - chemistry - toxicity |
1 |
|
coatings |
1 |
|
condensation polymerization |
1 |
|
contact angle |
1 |
|
controlled drug release |
1 |
|
controlled temperature photothermal therapy |
1 |
|
copoly(urethane-imide)s (copuis) |
1 |
|
copper |
1 |
|
core/shell |
1 |
|
corrosion behavior |
1 |
|
cyclooxygenase-2 |
1 |
|
d. grain boundaries |
1 |
|
definition |
1 |
|
deformation heating |
1 |
|
deposition-assisted advanced oxidation |
1 |
|
dianhydrides |
1 |
|
differential scanning calorimetry |
1 |
|
disinfection |
1 |
|
dna |
1 |
|
durapatite - chemistry - pharmacology |
1 |
|
electro-fenton process |
1 |
|
electrochemical measurements |
1 |
|
electropolishing |
1 |
|
emulsifier-free emulsion polymerization |
1 |
|
engineering mechanics and materials physics |
1 |
|
enzyme inhibition |
1 |
|
epoxy resin |
1 |
|
escherichia coli |
1 |
|
ethers |
1 |
|
extracellular matrix - chemistry - metabolism |
1 |
|
f. transmission electron microscopy |
1 |
|
fibroblasts - drug effects |
1 |
|
fluorescence spectroscopy |
1 |
|
fluorescent |
1 |
|
fluorescent copolymer |
1 |
|
fluorinated polyimides |
1 |
|
fluorine-containing |
1 |
|
fluoropolymer |
1 |
|
foams |
1 |
|
functionalization of polymers |
1 |
|
gene delivery carrier |
1 |
|
gene expression |
1 |
|
genomic instability |
1 |
|
graded phase |
1 |
|
grain refinement |
1 |
|
graphene |
1 |
|
guiding significance |
1 |
|
g‐c3n4 |
1 |
|
hemolysis - drug effects |
1 |
|
heterointerfaces |
1 |
|
heterojunction |
1 |
|
high-frequency effects |
1 |
|
hybrid coating |
1 |
|
hydrogel |
1 |
|
hydrogen - chemistry |
1 |
|
hydrogen peroxide - chemistry |
1 |
|
hydrogen release |
1 |
|
hydroxyapatite |
1 |
|
hydroxyl-containing diamine |
1 |
|
hyperbranched |
1 |
|
immunomodulation |
1 |
|
implants |
1 |
|
iron - chemistry |
1 |
|
irradiation |
1 |
|
lanthanide complex |
1 |
|
light color |
1 |
|
long-term immersions |
1 |
|
luminescence |
1 |
|
luminescent copolymer |
1 |
|
macrophages |
1 |
|
magnesium alloy |
1 |
|
magnesium alloys |
1 |
|
magnesium ion |
1 |
|
magnetic polymer |
1 |
|
map kinase signaling system - drug effects |
1 |
|
martensite stabilization |
1 |
|
mesenchymal stromal cells - cytology - metabolism |
1 |
|
metal implants |
1 |
|
micelle |
1 |
|
microenvironment |
1 |
|
microgel |
1 |
|
microscopy, electron, scanning |
1 |
|
microscopy, electron, transmission |
1 |
|
microstructure |
1 |
|
microwave irradiation |
1 |
|
mitogen-activated protein kinases |
1 |
|
mitogen-activated protein kinases - metabolism |
1 |
|
mno2 nanosheets |
1 |
|
multidrug‐resistant bacteria |
1 |
|
nanocomposites |
1 |
|
nanocrystalline |
1 |
|
nanoindentation |
1 |
|
nanomaterials |
1 |
|
nanomedicine |
1 |
|
nanostructure |
1 |
|
nanostructures |
1 |
|
nanotoxicity |
1 |
|
nanowires - chemistry - ultrastructure |
1 |
|
near-infrared light |
1 |
|
nickel - chemistry - toxicity |
1 |
|
nickel concentrations |
1 |
|
nickel suppression |
1 |
|
nickel titanium shape memory alloy (niti sma) |
1 |
|
niti alloy |
1 |
|
niti shape memory alloy (sma) |
1 |
|
osteogenic differentiation |
1 |
|
oxidation-reduction |
1 |
|
ph-responsive |
1 |
|
phosphorylation |
1 |
|
photocatalysis |
1 |
|
photocatalytic |
1 |
|
photochemistry - methods |
1 |
|
photodynamic therapy |
1 |
|
photoelectrocatalytic oxidation |
1 |
|
phototherapy |
1 |
|
photothermal therapy |
1 |
|
platelet adhesiveness - physiology |
1 |
|
polycations |
1 |
|
polyetheretherketone |
1 |
|
polyimides |
1 |
|
polymers |
1 |
|
protein drug carrier |
1 |
|
pyridine-containing diamine |
1 |
|
pyridine-containing polyimides |
1 |
|
rabbits |
1 |
|
rare earth |
1 |
|
reactive polyimide |
1 |
|
red phosphorus |
1 |
|
scaffold |
1 |
|
scanning electron microscopy |
1 |
|
self-assembly |
1 |
|
shape memory alloys (sma) |
1 |
|
shape memory materials |
1 |
|
silicon carbide nanowires |
1 |
|
silicon compounds - pharmacology |
1 |
|
solubility |
1 |
|
spark plasma sintering |
1 |
|
stem cells |
1 |
|
sterilization |
1 |
|
surface |
1 |
|
surface mechanical attrition treatment |
1 |
|
surface mechanical attrition treatment (smat) |
1 |
|
surface properties |
1 |
|
surface structure |
1 |
|
surfaces |
1 |
|
synergistic therapy |
1 |
|
synthesis |
1 |
|
tendons - chemistry - pathology |
1 |
|
thermal stability |
1 |
|
tio2 |
1 |
|
titania film |
1 |
|
titanium - chemistry - toxicity |
1 |
|
transformation behavior |
1 |
|
transparency |
1 |
|
triamines |
1 |
|
triphenylpyridine |
1 |
|
ultrafine grain |
1 |
|
wear resistance |
1 |
|
wound healing |
1 |
|
zinc |
1 |
|
zno |
1 |
