Additional file 1: Supporting Figure 1. Phenotype identification and induced differentiation of BMSCs. A: Flow cytometry identifies the phenotype of BMSCs. CD44, CD73, CD105, and Sca-1 are positive, and CD11b and CD45 are negative. B: BMSCs are induced to differentiate into osteogenic, fat, and cartilage cells
The correlation between Bmi-1 and stem cell markers in gastric cancer tissues. (XLS 14 kb
Figure S1. Differentiation capacity and expression of membranous markers of MSCs. Representative exa...
Inhibition of miR-34a promotes stem cell-like properties in gastric cancer cells. (DOC 756 kb
Characterization of BMSCs. (A) Morphology of BMSCs at day 12 of culture. Isolated BMSCs grow as fibr...
Figure S1. Flow cytometric immunophenotyping data of MSCs. MSCs positive for CD29 (99.5%), CD44 (99....
Figure S2. Identification of BMSCs. a Typical surface marker for the P6 and P10 BMSCs was detected u...
Figure S5. Phenotype and morphology of Gr-1HighCD11b+ and Gr-1LowCD11b+ cells isolated from lungs of...
The findings for isolation and characterization in BMSCs. BMSCs exhibited a homogenous spindle-shape...
Characterization of MenSCs and BMSCs. Stem cells isolated from the menstrual fluid and bone marrow w...
Figure S7. Human BMSC tune the differentiation of mouse MDSC in vitro. (PDF 100 kb
Cell surface markers and differentiation capacities of mouse MSCs. (A) Flow cytometry analysis resul...
Figure S1. Fluorescence-activated cell sorting of CD133 in gastric cancer cell lines. CD133- cells w...
The expression of Bmi-1 in paired primary and ovary metastatic tissues of gastric cancer ( McNemar t...
BM-MSCs and P-MSCs had similar potential for expansion of CD34+ cells. a BM-MSCs have fibroblastic m...
Figure S1. Characterization of bone-marrow derived MSCs. (a) As assessed by flow cytometry, MSCs wer...
The correlation between Bmi-1 and stem cell markers in gastric cancer tissues. (XLS 14 kb
Figure S1. Differentiation capacity and expression of membranous markers of MSCs. Representative exa...
Inhibition of miR-34a promotes stem cell-like properties in gastric cancer cells. (DOC 756 kb
Characterization of BMSCs. (A) Morphology of BMSCs at day 12 of culture. Isolated BMSCs grow as fibr...
Figure S1. Flow cytometric immunophenotyping data of MSCs. MSCs positive for CD29 (99.5%), CD44 (99....
Figure S2. Identification of BMSCs. a Typical surface marker for the P6 and P10 BMSCs was detected u...
Figure S5. Phenotype and morphology of Gr-1HighCD11b+ and Gr-1LowCD11b+ cells isolated from lungs of...
The findings for isolation and characterization in BMSCs. BMSCs exhibited a homogenous spindle-shape...
Characterization of MenSCs and BMSCs. Stem cells isolated from the menstrual fluid and bone marrow w...
Figure S7. Human BMSC tune the differentiation of mouse MDSC in vitro. (PDF 100 kb
Cell surface markers and differentiation capacities of mouse MSCs. (A) Flow cytometry analysis resul...
Figure S1. Fluorescence-activated cell sorting of CD133 in gastric cancer cell lines. CD133- cells w...
The expression of Bmi-1 in paired primary and ovary metastatic tissues of gastric cancer ( McNemar t...
BM-MSCs and P-MSCs had similar potential for expansion of CD34+ cells. a BM-MSCs have fibroblastic m...
Figure S1. Characterization of bone-marrow derived MSCs. (a) As assessed by flow cytometry, MSCs wer...
The correlation between Bmi-1 and stem cell markers in gastric cancer tissues. (XLS 14 kb
Figure S1. Differentiation capacity and expression of membranous markers of MSCs. Representative exa...
Inhibition of miR-34a promotes stem cell-like properties in gastric cancer cells. (DOC 756 kb