3d-printed triboelectric scaffold
3d-printed triboelectric scaffold has been studied in 1 paper since 2026: none in people yet, 1 in animals; 1 in the past year. The research so far is in animals. The newest paper, Jan 7, 2026: “3D-printed triboelectric scaffolds for fabricating BMSC-derived cartilage to repair bone defects and promote endochondral ossification”.
1 paper studies it3 findingsUpdated
See all 1 papers on 3d-printed triboelectric scaffold
At a glance
The findings reach mice, none yet in people. 1 lab in 1 country.
None of its findings points the other way.
- 1 lab in 1 country
- Funders: Key Technologies Research and Development Program and 3 more
- Animals1
What did studies of 3d-printed triboelectric scaffold find?
3Studies of 3d-printed triboelectric scaffold measured 3 outcomes; the most studied are bone defect repair (1 study), PI3K–AKT signaling (1) and endochondral ossification (1).
Bone defect repair
upin O. cuniculus1
1 study
Bone defect repair
upin O. cuniculus1
3d-printed triboelectric scaffold improves bone defect repair in situ skull defect.
“Finally, in situ skull defect repair in rabbits successfully demonstrated the efficacy of TES electrical stimulation in promoting tissue-engineered endochondral ossification”
Animalsin situ skull defectskull
Bioactive materials
PI3K–AKT signaling
upin O. cuniculus1
1 study
PI3K–AKT signaling
upin O. cuniculus1
3d-printed triboelectric scaffold activates PI3K–AKT signaling in O. cuniculus.
“revealing that TES facilitated actin cytoskeleton remodeling, activated the PI3K-Akt pathway”
Animalstissue-engineered cartilage
Bioactive materials
Endochondral ossification
upin O. cuniculus1
1 study
Endochondral ossification
upin O. cuniculus1
3d-printed triboelectric scaffold increases endochondral ossification in O. cuniculus.
“Notably, the TES scaffold was more effective in promoting endochondral ossification of tissue-engineered cartilage in vivo.”
Animalstissue-engineered cartilage
Bioactive materials