Table 2.
Future targets and possible research directions of HPM-derived biomaterials.
| Future targets | Possible research directions | Specific examples of existing or forthcoming solutions |
|---|---|---|
| Enhance the efficiency of wound healing | Clinical minimally invasive techniques | Trap-door technique [65] |
| Single-incision technique [66] | ||
| Application of drugs | Phenytoin [95] | |
| Medicinal plant extract [94] | ||
| Lectin Artin M [96] | ||
| Physiotherapeutic | Low-intensity electrotherapy [97] | |
| Research and applications of wound healing mechanisms | Rapid healing ability | Accelerate skin wound healing |
| Scarless healing | Skin scarring removal | |
| Research on the applications of MSCs | Tissue regeneration | Bone regeneration |
| Implant osteosynthesis | ||
| Periodontal tissue regeneration | ||
| Tissue homeostasis | Inflammatory regulation | |
| Neuron repair | Repair of brain tissue damage | |
| Develop new materials | Decellularized biomaterials | Decellularized HPMG |
| Bioink material | ||
| Genetically modified biomaterials | Transgenic stem cells | |
| Transgenic decellularized materials |