Tissue Engineering And Nanotheranostics

b2815 Tissue Engineering and Nanotheranostics “9.61x6.69”

286 Index

regeneration, 56 , 65 , 67

tissue engineering, 50

cartilage bioprinting, 51 , 55, 64

cartilage differentiation, 55

cartilage regeneration, 51

cartilage repair, 50 , 56 , 59 , 61 , 64

cell-laden

bioinks, 65

cell sheet, 13

cellular engineering, 4

centriole, 20 7–210, 21 3– 21 7,

220 –221

chain mobility, 39

characterizations, 29

charge, 231

chondrocyte-laden

hydrogel, 65

chondrogenic

differentiation, 53 , 59– 62 , 64

circular block, 167

combined magnetic particles

and paramagnetic, 132

combined therapy and

theranostics, 251

complex hybrid nanostructures,

117

complex hybrid structures, 136

computed tomography, 247

core-satellite, 174

core–shell hybrid nanocrytals, 111

core–shell hybrid structure, 108 ,

113

core/shell magnetic gold nanostars,

138

core–shell magnetic nanohybrids,

108

core–shell nanohybrids, 109

core–shell paramagnetic hybrid

nanostructure, 114

cross-linked

hydrogels, 52

cross-section

absorption, 155

scattering, 155

cyclic, 35 – 36

cyclic strain, 17

cyclic stretching, 18

D

dark-field microscopy, 166

degradation, 41

degradation studies, 44

degradation tests, 45

dendrimers, 235

development of contrast agents, 129

diagnostic and therapeutic

functions, 104

differential scanning calorimetry

(DSC), 42

differentiation, 5 , 7

disease, 75

DNA nanotechnology, 174

stem-loop DNA, 177

drug burst release, 231

drug delivery through MNHs, 140

drug solubility, 230

dual MR-imaging, 129

dynamic compressive

loading, 64

dynamic compressive loading, 63

dynamic creep, 38

E

earlier theranostics, 103

electrical fields, 19

electrical signal transduction, 19

electrical stimulation, 18, 20

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