Biomedical Engineering Reference
In-Depth Information
Table 14.1
Continued
Particle
Polymer
Particle
Polymer
γ
- Fe
2
O
3
Styrene/Sipomer PAM200 [185]
Fe
3
O
4
Poly(octylcyanoacrylate) [182]
γ - Fe
2
O
3
Poly(hydroxyethyl methacrylate)
[186]
Fe
3
O
4
PVP [187]
γ
- Fe
2
O
3
PTEEMS -
b
- PAAm [188]
Fe
3
O
4
PPy [189]
PPy [190]
Fe
3
O
4
Pyrene/polyacrylamide [191]
γ
- Fe
2
O
3
γ
- Fe
2
O
3
PMMA/Chitosan [192]
Fe
3
O
4
PVAL [193]
γ - Fe
2
O
3
PEI [194]
Fe
3
O
4
PNIPAAm [195]
γ
- Fe
2
O
3
Poly(divinylbenzene) [196]
Fe
3
O
4
PAAm -
co
- PEGDMA [197]
Fe
3
O
4
PMMA [198]
Fe
3
O
4
PVAL [150b]
Fe
3
O
4
Poly(
D
,
L
- lactide) -
b
- PEG [199]
Fe
3
O
4
Trithiol - terminated PMAA
[200]
Fe
3
O
4
PS [201]
Fe
3
O
4
PEG methyl ether
monomethacrylate [202]
Fe
3
O
4
PAA [182]
Fe
3
O
4
Poly(acrylic acid) -
b
-
PNIPAAm [203]
Fe
3
O
4
Poly(2 - methoxyethyl
methacrylate) [146]
Fe
3
O
4
PAA -
b
- PNIPAAm -
b
-
poly(acrylate methoxy PEO)
[203]
Fe
3
O
4
PS [202]
Fe
3
O
4
PtBA -
b
- PEA -
b
- PMAA [204]
Fe
3
O
4
Poly(3 - vinylpyridine) [183]
Fe
3
O
4
Folate - PEG -
b
- poly(
ε
caprolactone) [205]
Fe
3
O
4
PAAm [206]
Fe
3
O
4
N
- succinyl -
O
-
carboxymethychitosan [141]
Fe
3
O
4
PVAL [207]
Fe
3
O
4
Chitosan [140]
Fe
3
O
4
Poly(2 - vinyl -
N
-
methylpyridinium iodide) [208]
Co
PS - TOPO [209]
Fe
3
O
4
PNIPAAm [210]
Co
PS - NH
2
[209]
Fe
3
O
4
Poly(
L
- lactic acid) [211]
Co
PS [212]
Fe
3
O
4
PMMA -
co
- acrylic acid [213]
Co
PAN [212]
