Therefore, a promising direction can be development of injectable materials prepared by photocuring using various precursors (Figure ). Injectable polymers, as UV-cured elastomers can provide good mechanical properties and controlled degradation rate due to incorporation of liable functional groups sensitive to enzymes or hydrolytic cleavage. However, they are less porous compared to hydrogels thus requiring further modification for porosity induction. Furthermore, their high viscosity can be a challenge. Therefore, a promising approach is to combine the best features of hydrogels and elastomers, creating hybrid systems like supramolecular networks that balance mechanical strength, bioactivity, and controlled degradation for optimal trabecular bone repair. Continuous research in this field is essential to further optimize these materials and enhance bone regeneration outcomes.