Figure S1. Validation of trilineage potential of hBMSC for adipogenesis (Oil red O, A), chondrogenesis (Alician Blue, B) and osteogenesis (Alizarin Red S, C) after 21 days in culture. Zoomed in images point to triglyceride accumulation in adipogenic conditions. Scale bar = 200 μm. Figure S2 Schematic of long term pressure mechanical stimulation regime. (DOCX 600 kb
Figure S2. Osteogenic cell sheets. A. osteogenesis cell sheets (general view); B. osteogenesis cell ...
Figure S5. Correlations between osteogenic lineage differentiation potential and vascular tubule sup...
Representative images of ADSCs undergoing adipogenic or osteogenic differentiation. A1-A7. – Cells i...
Figure S1. Examples of assays used to assess potency of CFU-F clonal cultures at P1. Left panel: Exa...
Figure S1 showing total glycosaminoglycan (GAG) production per pellet for healthy human chondrocytes...
Showing effect of initial cell seeding density of hMSCs on their adipogenic differentiation when cul...
Figure S1. showing identification of hMSCs. (A) Morphological appearance of third-passage hMSCs. Sca...
Figure S1. Identification of hASCs. (A) hASCs characterized for surface markers. (B) hASCs have the ...
Showing effect of initial cell seeding density of hMSCs on their osteogenic differentiation potentia...
Figure S6. Correlations between adipogenic lineage differentiation potential with osteogenic or vasc...
Following confirmation of MSC surface markers via flow cytometry, MSCs from the bone marrow of three...
Trilineage differentiation of bone marrow derived MSCs. Control samples cultured in growth medium an...
Figure S1. Showing generation and differentiation of hBMSC-TERT-Luc cell lines, Table S1 presenting ...
Figure S2. The osteogenic, adipogenic, and chondrogenic differentiation of ADSCs. After ADSCs were c...
Figure S1. The stemness and its maintenance of ADSCs in 3D culture. A. Representative images of ADSC...
Figure S2. Osteogenic cell sheets. A. osteogenesis cell sheets (general view); B. osteogenesis cell ...
Figure S5. Correlations between osteogenic lineage differentiation potential and vascular tubule sup...
Representative images of ADSCs undergoing adipogenic or osteogenic differentiation. A1-A7. – Cells i...
Figure S1. Examples of assays used to assess potency of CFU-F clonal cultures at P1. Left panel: Exa...
Figure S1 showing total glycosaminoglycan (GAG) production per pellet for healthy human chondrocytes...
Showing effect of initial cell seeding density of hMSCs on their adipogenic differentiation when cul...
Figure S1. showing identification of hMSCs. (A) Morphological appearance of third-passage hMSCs. Sca...
Figure S1. Identification of hASCs. (A) hASCs characterized for surface markers. (B) hASCs have the ...
Showing effect of initial cell seeding density of hMSCs on their osteogenic differentiation potentia...
Figure S6. Correlations between adipogenic lineage differentiation potential with osteogenic or vasc...
Following confirmation of MSC surface markers via flow cytometry, MSCs from the bone marrow of three...
Trilineage differentiation of bone marrow derived MSCs. Control samples cultured in growth medium an...
Figure S1. Showing generation and differentiation of hBMSC-TERT-Luc cell lines, Table S1 presenting ...
Figure S2. The osteogenic, adipogenic, and chondrogenic differentiation of ADSCs. After ADSCs were c...
Figure S1. The stemness and its maintenance of ADSCs in 3D culture. A. Representative images of ADSC...
Figure S2. Osteogenic cell sheets. A. osteogenesis cell sheets (general view); B. osteogenesis cell ...
Figure S5. Correlations between osteogenic lineage differentiation potential and vascular tubule sup...
Representative images of ADSCs undergoing adipogenic or osteogenic differentiation. A1-A7. – Cells i...