Tissue Engineering And Nanotheranostics

“9.61x6.69” b2815 Tissue Engineering and Nanotheranostics

Index 291

sensors, 174

shape, 231

sharp structures, 185

shrinkage, 33

single-binding detection, 175

single molecular level, 171

single-particle level, 167

sinusoidal oscillation, 38

size, 231

skeletal muscle, 1, 9 – 10 , 20

skeletal muscle engineering, 13

skeletal muscle tissue, 14

skeletal muscle tissue engineering,

20

skin grafting, 4

spina bifida, 30

statistical, 33

stem cells, 7, 10 – 12 , 14

stiffness, 15 , 36

strain, 17

strain hardened, 39

strain hardening, 36

surface enhanced Raman scattering

(SERs), 180

surgical patch, 34

T

3D bioprinting, 13

T1-weighted contrast agent in

MRI, 113

T2 MRI contrast agent and

photothermal therapy of cancer,

137

targeted theranostic candidate,

136

tear resistance, 40

tear strengths, 41

theranostic applications, 139

theranostic biomedical applications,

105

theranostic nanomedicine, 102 ,

229

theranostic nanoparticles, 136 , 140

theranostics nanomaterials, 104

theranostics transports diagnostic

imaging agents, 102

thermogravimetric analysis (TGA),

42

tissue engineering, 4 , 8

tissue ingrowth, 32

tissue response, 41

top-down, 160

wet-synthesis, 166

total internal reflection, 167

trafficking, 178

true-color, 167

tug-of-war in nanoparticles,

126

tumor microenvironment, 186

U

uniaxial, 35 , 38

upconversion core–shell hybrids,

113

upconversion paramagnetic core–

shell nanohybrids, 113

V

various types of core–shell

structures, 109

vascular endothelial cells, 15

vascularization, 9 , 11 , 1 3– 15

vascular networks, 16

vascular sprouting, 17

visco-elastic, 45

volumetric muscle loss, 2

b2815_Index.indd 291 10/10/2017 12:15:37 PM