Titanium dioxide nanotube topography
Titanium dioxide nanotube topography has been studied in 1 paper since 2024: none in people yet, 1 in animals. The research so far is in animals. The newest paper, Jun 21, 2024: “Nanotube topography rejuvenates the senescence of mesenchymal stem cells by activating YAP signalling”.
1 paper studies it4 findingsUpdated
- 1 lab in 1 country
- Funders: Fundamental Research Funds for the Central Universities and 4 more
- Animals1
What did studies of Titanium dioxide nanotube topography find?
4Studies of Titanium dioxide nanotube topography measured 4 outcomes; the most studied are YAP1 (1 study), tissue regeneration (1) and stem cell differentiation (1).
YAP1
upin cells1
1 study
YAP1
upin cells1
Titanium dioxide nanotube topography activates YAP1 in cells.
“nanotube topography activated YAP in S-MSCs”
Cellsin senescent mesenchymal stem cells
Journal of materials chemistry. B
Tissue regeneration
upin animals1
1 study
Tissue regeneration
upin animals1
Titanium dioxide nanotube topography improves tissue regeneration.
“specific nanotube topography could promote tissue regeneration of S-MSCs in vivo”
Animalsectopic periodontium regeneration model
Journal of materials chemistry. B
Stem cell differentiation
upin cells1
1 study
Stem cell differentiation
upin cells1
Titanium dioxide nanotube topography increases stem cell differentiation in cells.
“improved the osteogenic differentiation of S-MSCs in vitro”
Cellsin senescent mesenchymal stem cells10 nm diameter
Journal of materials chemistry. B
Cellular senescence
downin cells1
1 study
Cellular senescence
downin cells1
Titanium dioxide nanotube topography decreases cellular senescence in cells.
“nanotube with a diameter of 10 nm significantly alleviated the cellular senescence of S-MSCs”
Cellsin senescent mesenchymal stem cells10 nm diameter
Journal of materials chemistry. B