Tissue Engineering And Nanotheranostics

b2815 Tissue Engineering and Nanotheranostics “9.61x6.69”

288 Index

J

Janus Fe 3 O 4 –MnO nanopartices,

131

Janus hybrid particles, 121

Janus magnetic mesoporous, 123

Janus nanocomposites, 119

Janus nanohybrid, 119 , 128

Janus nanoparticles, 119 , 123 , 126 ,

131 – 132

Janus nanostructure, 119

Janus nanostructure by a self-

assembly, 118

Janus or heterodimer structure,

116

Janus particles, 116 – 119

Janus-shaped morphology, 124

Janus-shaped structure, 122 – 123

L

laser micrometry, 40

lattice mismatching property, 127

Liposome, 235

liquid chromatography-mass

spectroscopy, 44

localized surface plasmon resonance

(LSPR), 152

low oxygen, 19

lung progenitor, 83, 8 7–89

M

magnetic core–shell nanohybrids,

108

magnetic hybrid dumbbell-like, 124

magnetic hybrid nanoparticles, 139

magnetic hybrid nanostructures,

105

magnetic hybrids based

nanotheranostic, 140

magnetic hybrids in photothermal

therapy, 137

magnetic Janus nanohybrids

(MJNHs), 121

magnetic nanohybrid material,

101–102, 105– 106

magnetic nanohybrids, 101,

105 –108, 124, 126 , 131 – 133

magnetic nanohybrid structure,

123

magnetic plasmonic nanohybrids,

111, 124 , 126

magnetic–plasmonic nanostructures,

128

magnetic resonance imaging (MRI),

101 , 103 , 137, 249

magnetic resonance (MR)

phenomenon, 129

magneto-fluorescent core–shell

hybrid nanoparticles (MFCSNPs),

110

magneto–plasmonic hybrid

structure, 125

mechanical

stimuli, 63

mechanical forces, 16

mechanical stimulation, 16– 17

mechanical stretching, 17

mechanical trauma, 3

mechanobiological stimuli,

20

mesenchymal stem cells (MSCs),

7 , 9

mesh weight, 34

mesoporous silica nanoparticles,

237

microtubule, 209–217, 220

molecule, 152

mononuclear myocytes, 6

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