Unspecified animal

1. Macroporous hydrogel increases bone formation in U. animal.

   “in vivo implantation of these hydrogels promotes pore size-dependent cell infiltration, leading to enhanced formation of bone ossicles”

   Animals

   Macroporosity and Stiffness Tailored Hydrogels Enhance Bone Formation via Inside Out and Outside In Regeneration

   Communications Materials·10 Oct 2026

2. Macroporous hydrogel increases cell proliferation in U. animal cells.

   “control over pore size and local mechanical properties enables precise regulation and enhancement of spreading, migration, and proliferation of encapsulated cells.”

   Cells

   Macroporosity and Stiffness Tailored Hydrogels Enhance Bone Formation via Inside Out and Outside In Regeneration

   Communications Materials·10 Oct 2026

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1. CU-FE3O4 nanoclusters decrease reactive oxygen-nitrogen species in U. animal cells.

   “enabling efficient scavenging of excess RONS and activation of mitophagy in senescent cells in vitro”

   Cellsin senescent cells in vitro

   Cu-Fe₃O₄ Nanozyme Reverses Age-Impaired Alveolar Healing via Reactive Oxygen-Nitrogen Species Scavenging and Mitophagy Reactivation

   Langmuir : the ACS journal of surfaces and colloids·5 Dec 2025

2. CU-FE3O4 nanoclusters improve tooth extraction wound healing in U. animal.

   “Cu-Fe3O4 accelerates tooth extraction wound healing in aged animal models.”

   Animalsin aged animal models

   Cu-Fe₃O₄ Nanozyme Reverses Age-Impaired Alveolar Healing via Reactive Oxygen-Nitrogen Species Scavenging and Mitophagy Reactivation

   Langmuir : the ACS journal of surfaces and colloids·5 Dec 2025

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