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Progress in Chemistry
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Figure/Table detail
Research Progress of Nanofiber Composite Hydrogels
Yvqing Ma, Zheng Li, Guobao Zheng, Songnan Zhang, Jixian Gong, Changsheng Qiao
Progress in Chemistry
, 2024, 36(
10
): 1594-1606. DOI:
10.7536/PC240305
Fig.4
(a) BC-g-cMWCNTs nanofiber composite gel preparation process
[
45
]
. (b) Excellent mechanical properties of PAHL composite hydrogels
[
65
]
Other figure/table from this article
Table 1
Nanofiber composite hydrogel classification and applications
Fig. 1
Mechanism diagram of γ-PGA/BC nanofiber composite hydrogel
[
34
]
Fig. 2
(a) Enhancement of ANF in ACH and highly oriented networks
[
10
]
. (b) Schematic diagram of APA/CMCS/KGN@PGF/GM with excellent biocompatibility
[
11
]
. (c) GelMA gel coated on PCL/Gel nanofibers for tissue engineering scaffolds
[
57
]
Fig. 3
Preparation of biomimetic chemically integrated SiO
2
nanofiber reinforced hydrogel
[
25
]
Fig. 5
Preparation strategy of nanofiber/hydrogel composites
[
66
]
Fig. 6
(a) Preparation process of PVA/CFP composite hydrogel
[
72
]
. (b) Tri-network structure and excellent stretchability and self-healing properties of CPH hydrogels
[
75
]
.
Fig. 7
Schematic of 3D composite assembly and the effect of nanofiber alignment direction on cell orientation
[
77
]
Fig. 8
Preparation of nanofiber composite hydrogels with complex structure
[
67
]
Fig. 9
Schematic diagram of structural properties of double-layer composite dressing
[
82
]
Fig. 10
(a) Preparation of PCL/COl-Hep composite hydrogels under the synergistic action of dual electrostatic spinning electrospraying
[
84
]
. (b) Schematic of the preparation of PVA/SF/SA/GelMA hydrogel nanofibers
[
87
]
Fig. 11
Synthesis and biological properties of ANF/rhubaric acid composite hydrogels
[
90
]
Fig. 12
Biological experiments on 3D composite scaffolds
[
97
]
Fig. 13
Mechanical properties and electrical conductivity of ChNF/PAM
[
103
]
