Material | Name | Crosslinking methods | Application | Merit | Refs. |
---|---|---|---|---|---|
DNA | DNA–nSi Nanocomposite Hydrogel | Electrostatic Interactions | Drug delivery system for bone regeneration | Injectable, sustained-release therapeutic properties | [63] |
DNA-OA Hydrogel | Electrostatic Interactions,reversible imine linkages | Drug delivery system for bone regeneration | Sustained-release properties of the drug. Injectability | [64] | |
AuNP-DNA hydrogel | Base complementation | Photothermal immunotherapy for tumors | Safety, injectability, biodegradability, ability to stimulate innate immunity | [65] | |
CPT–DNA- hydrogel | Chemical crosslinking | Local Chemotherapy to Prevent Tumor Recurrence | Injectable, thermosensitive, and nuclease- and GSH-responsive properties | [66] | |
Protein | RSF-SNF hydrogel | Enzyme crosslinking | Tissue regeneration | Tunable mechanical properties | [72] |
Silk fibroin/collagen hydrogel | physically crosslinking | Tissue regeneration | Adjustable mechanical strength, good cell compatibility | [73] | |
Silk-HA hydrogel | Enzyme crosslinking | Tissue engineering | Controllable gelation and degradation rates | [74] | |
Bi2S3-BSA nanocomposite hydrogel | Chemical crosslinking | Photothermal therapy for tumors | Injectable and self-healing properties、 synthesis method is simple | [75] | |
TA-PVA/BSA Hydrogel | Physically crosslinking | – | High mechanical strength and good water retention capacity, adjustable mechanical properties | [76] | |
Mfp Hydrogel | Photochemical crosslinking | Cell adhesion and neurite growth | Supports adhesion and proliferation of multiple cell lines | [78] | |
Peptide | KK-BSA hydrogel | Chemical crosslinking | Promoting Infected Wound Healing | Rapidly degradable, injectable, self-healing, antibacterial and angiogenic ability | [81] |
photoactivated Fmoc-KDNBK hydrogel | Photochemical crosslinking | Cell culture | Controlled and fast sol–gel conversion | [82] | |
Dentinogenic Peptide Hydrogel | Non-covalent interactions | Pulp tissue regeneration | Injectable properties, cytocompatibility, support DPSC proliferation and increase the potential for calcium phosphate deposition | [83] | |
FK Hydrogel | Electrostatic Interactions | Drug delivery system | Controllable rate of drug release | [84] | |
Biomass polysaccharides | Alg/Gel/CNCs hydrogel | Intermolecular hydrogen bonding | Regeneration of bone tissue | Bio-ink in 3D-printing for tissue engineering | [87] |
TOCNFs CaPGO hydrogel | physically crosslinking | Regeneration of bone tissue | Injectable, inducing mineralization | [88] | |
Chitosan-CMC-g-PF127 hydrogel | Chemical crosslinking | Diabetic wound healing | Mechanical properties, rheological properties, microporous structure, continuous drug releasee | [89] | |
CMC / ZnO-MCM-41 hydrogel | hydrogen bonding | Wound healing and dressing systems | High mechanical properties, breathability, antibacterial | [90] | |
Composites | PDA/Cu-CS hydrogel | Electrostatic Interactions | Treatment of infectious wounds | Photothermal effect, antibacterial | [93] |
PEG/CTS hydrogel | Chemical crosslinking | Cardiac repair | More healthy and synchronous activity | [94] | |
AHA/DHA/oxi-CNC hydrogel | Chemical crosslinking | Skin regeneration | High mechanical strength and self-healing ability, injectability | [95] | |
GelMA/PAM biohybrid hydrogel | Chemical crosslinking | Chemical crosslinking | Cell adhesion, biocompatibility, degradable | [96] |