Hydrogel materials are widely used in biosensing, tissue engineering, etc. due to their unique flexibility and water retention function; however, this material also faces application limitations in the field of biomedicine. Due to its stable composition and single structure, it cannot be realized. Self-healing function. First, the hydrogel without self-healing function is made into a three-dimensional ordered porous structure, and then another hydrogel with self-healing function is poured into the inside of the porous structure. The composite material obtained by this method has self-healing function. "Completely disconnected materials can be repaired."
Figure 1 Schematic diagram of preparation of inverse opal photonic crystal hydrogel with self-repairing function
Figure 3 Inverse opal photonic crystal hydrogel with self-repairing function
This composite hydrogel showed good biocompatibility before and after self-repair, indicating its potential biomedical value. In addition, due to its ordered microstructure and other characteristics, this composite material can construct a three-dimensional structural color pattern for use in art, optical waveguide, anti-counterfeiting and other fields.
Figure 4 Construction of three-dimensional photonic crystal materials
Baculovirus transactivator protein IE-1
mouse p-tau protein 181P (p-tau-181P) elisa kit
rat β-catenin (β-catenin) elisa kit
porcine neutrophil gelatinase-associated lipid
Plasma transfer protein (NGAL) elisa kit Human silk protein Aα (FLNα) elisa kit
Human agrin (Agrin) elisa kit
Mouse type I procollagen carboxyl terminal peptide (PⅠCP) elisa kit
Rat parathyroid gland (I-PTH) elisa kit
Rabbit heat shock protein 70 (HSP-70) elisa kit
Human activin A receptor I (ACVR1) elisa kit
Human tissue-type plasminogen activator (tPA) elisa kit
Human α-lactalbumin (α-La) elisa kit
Mouse glial cell line-derived neurotrophic factor (GDNF) elisa kit
Rat phosphoinositide 3-kinase (PI3K) elisa kit
Rabbit interferon gamma (IFN- γ)elisa kit
Human membrane spike protein (MSN) elisa kit
Carbon reactive protein C-Reactive Protein
c Reactive protein human
Anti-C reactive protein antibody
produced in chickens Anti-C reactive protein antibody produced in goats (full antiserum)
produced in rabbits Anti-C-reactive protein antibody
Anti-C-reactive protein antibody, clone 2A8.1
anti-C-reactive protein rabbit pAb
c-reactive protein, human serum, high purity
C-reactive protein, human, recombinant, E. coli
Human C-reactive protein ELISA kit
SILu? Protein CRP C-reactive protein human
monoclonal anti-C-reactive protein mouse anti-
rat CRP/C-reactive protease-linked immunoassay kit
SILu? Lite CRPC reaction Protein human
c-reactive/CRP human
mouse produces monoclonal anti-CRP antibody
mouse produces monoclonal anti-CRP antibody
rabbit produces anti-CRP antibody
rabbit produces anti-CRP antibody
Anti-VAC14 antibody produced in rabbits Monoclonal antibody
against monocyte chemoattractant protein produced in mice
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ZnO-CuO three-dimensional inverse opal formed by composite material (3D IO) Structure
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Black Ti O2 inverse opal structure
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Porous and ordered Ni doped Hybrid TiOz inverse opal photonic crystal
Co ion doped GO-TiO2 inverse opal
photonic crystal
Inverse opal photonic crystal hydrogel with self-healing function Inverse opal structure carbon matrix
Rare earth ion doped phosphate inverse opal photonic crystal
Rare earth doped Bi2WO6 nanopowder and Ba TiO3 inverse
opal photonic crystal Three-dimensional inverse opal Sn02 and Sn02/rGO composite microspheres
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