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Файл:Ординатура / Хирургия / Библиотека им академика М.И. Перельмана / Книга_5471_Библиотеки_им_академика_М_И_Перельмана
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234
electrochemical, 10
liquid metal dealloying (LMD), 10–12
solid phase, 12–13
Dextran pastes, 23
2-4,6-Dimethoxypyrimidine- 2-yl,
methyleneenamino-6-methoxyphenol
(DPMM), 170
E
Electrochemilumeinescence (ECL), 168
136
F
G
H
High-density polyethylene (HDPE), 220
Host response, 44
Hydrogen bubbles templating technique
Hydroxyapatite (HA), 220
I
Ion beam-induced, 22
L
Laser-induced, 22–23
Liquid metal dealloying (LMD), 10–12
M
Magnesium, 94
Magnetic resonance imaging (MRI), 139–140
applications
biocatalysis, 111
bioimaging, 111
biosensing, 111
therapeutic delivery, 112–113
intracellular imaging, 134–139
magnetic resonance imaging (MRI),
139–140
methods
bottle around ship (BAS), 104
ship in a bottle (SIB), 104–107
role, 101
amorphous, 107–108
antibacterial therapy, 115–116
applications, 110
cancer, 114–115
methods, 104
MOF vaccines, 113–114
parameters, 109–110
toxicity, 102–104
41, 46–47
applications
dental, 53–54
organ regeneration, 54
regenerative medicines, 54–55
surgical stainless steel, 47
tissue engineering, 55
polymers
bioactive glass, 52
ceramics, 51–52
composites biomaterial, 52–53
natural, 48–49
polyanhydrides, 50–51
polycarbonates, 51
polyesteramides, 51
polyesters, 50
synthetic, 49–50
properties, 43
biocompatibility, 43–44
corrosion, 45
host response, 44
mechanical, 44–45
nontoxicity, 44
types, 46
applications, 47, 53
cobalt-based alloys, 47
polymers, 48
titanium, 47–48
uses, 43
https://t.me/med1917
biomedical applications, 93
cobalt–chromium alloys, 95
magnesium, 94
stainless steel, 93
tantalum, 95–96
titanium, 94–95
common metals, 92–93
suitability, 87–88
biocompatibility, 88–89
electrical, 89–91
mechanical properties, 89
physical, 91–92
reproducibility, 89
N
approaches, 13–20
hard, 14–15
hydrogen bubbles templating technique
biomedical applications, 24–25
biosensors, 31–32
cancer treatment, 30–31
drug distribution, 27–30
immunoisolation, 32–33
implant, 25–27
photodynamic, 31
combustion synthesis (CS), 23–24
dealloying approaches
chemical, 9–10
electrochemical, 10
liquid metal dealloying (LMD), 10–12
solid phase, 12–13
dextran pastes, 23
ion beam-induced, 22
laser-induced, 22–23
production techniques, 3–4
dealloying approaches, 4–13
sol–gel method, 20–21
Nanoscale coordination polymers (NCPs), 141
Nontoxicity, 44
O
Organ regeneration, 54
Osteoarthritis, 74
Osteomyelitis, 73–74
Oxygen releasing reactions (ORR), 136
P
Platinum, 153
biomedical, application
antibacterial therapy, 169–171
in bioimaging, 162–164
biosensing, 168–169
devices construction, 171–172
drug-delivery, 166–167
therapeutics, 164–165
methods, 155–156
biological synthesis, 158–159
chemical, 157–158
physical, 156–157
optical properties, 159–160, 161
structural, 160–161
toxicity relevance, 172–174
Polyethylene (PE), 222
Polymers, 48
bioactive glass, 52
ceramics, 51–52
composites biomaterial, 52–53
natural, 48–49
polyanhydrides, 50–51
polycarbonates, 51
polyesteramides, 51
polyesters, 50
synthetic, 49–50
R
Regenerative medicines, 54–55
S
Sensing small biomolecules, 131–132
Ship in a bottle (SIB), 104–107
Sol–gel method, 20–21
Stainless steel, 93
https://t.me/med1917
236
Stimuli-responsive drug-delivery carrier, 187
applications, 192–194
challenges, 206–207
metal, 188–190
MOFs, 194
ion, 197–198
magnetically, 196–197
moisture, 201–202
photoresponsive, 200–201
pH-responsive, 194–196
pressure, 199–200
redox, 202–203
thermal, 198–199
multiple, 205–206
Superparamagnetic iron oxides (SPIOs), 139
204
Surgical stainless steel, 47
T
characteristics, 219
importance, 218
limitations, 220–221
magnesium, 223
nitinol, 225
tantalum, 221–222
titanium alloys, 223–224
structure, 219–220
V
https://t.me/med1917
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