Part 1 and Part 2
Reason: My supervisor asked
Supporting data for “Regulation of macrophage polarization and osteoblastic cellular behaviours on titanium surface through the design of surface pattern that facilitates implant-to-bone osteointegration”
dataset
posted on 2021-07-21, 08:33 authored by Yizhou Zhu, Kelvin Wai Kwok YeungKelvin Wai Kwok YeungThe modulatroy role of specific surface topographies on macrophages and osteoblastic cells.
Part 1. Modulatory role of Tsurface structures on osteoblasts cellular behaviours.
1. surface characterizations
2. fluorecent staining and quatification of cells,
3. cell morphologies
4. in vitro investigation of osteoblasts cellular behaviours
5. in vivo investigation of bone-to-implant integration
6. shcematic diagrams
2. fluorecent staining and quatification of cells,
3. cell morphologies
4. in vitro investigation of osteoblasts cellular behaviours
5. in vivo investigation of bone-to-implant integration
6. shcematic diagrams
Part 2. Regulation of macrophage polarization that facilitates implant-to-bone osteointegration
1. surface characterizations
2. macrophage morphologies
3. macrophage polarization
4. osteogenic differentiation of MSCs
5. in vivo investigation of bone-to-implant integration
6. transcriptomics ans WB
7. schematic diagram
2. macrophage morphologies
3. macrophage polarization
4. osteogenic differentiation of MSCs
5. in vivo investigation of bone-to-implant integration
6. transcriptomics ans WB
7. schematic diagram
