Laser-patterned microgroove polystyrene culture dish
1 paper2 findings
- 1 lab in 1 country
- Funders: Guangdong Academy of Sciences and 2 more
- Cells1
Associations
2COL1A1
mixedin human cells1
1 study
COL1A1
mixedin human cells1
Laser-patterned microgroove polystyrene culture dish is associated with COL1A1 in human cells.
“Notably, key proteins such as type I alpha1 collagen (Col-1), type VI alpha1 collagen (Col-6), Elastin, fibronectin, and matrix metalloproteinase 2 (MMP-2) are significantly influenced by the structure of pattern.”
Cellsskin
Laser-patterned microgroove polystyrene culture dishes for engineering 3D raised texture cell sheets
Biofabrication17 Dec 2025
Cell proliferation
mixedin human cells1
1 study
Cell proliferation
mixedin human cells1
Laser-patterned microgroove polystyrene culture dish is associated with cell proliferation in human cells.
“demonstrate excellent cell compatibility, an absence of cytotoxicity, and the ability to regulate cell proliferation.”
Cellsskin
Laser-patterned microgroove polystyrene culture dishes for engineering 3D raised texture cell sheets
Biofabrication17 Dec 2025
Latest
1 in 12 monthsBiofabrication
Laser-patterned microgroove polystyrene culture dishes for engineering 3D raised texture cell sheets
Experiments in human cellsInterventions