Figure S2. Mammospheres of CD49f-, EpCAM- and CD49b-expressing cells. Before plating, the cells were selected by FACS analysis for those expressing CD49f, EpCAM and CD49b. Representative images of organoids are shown for cells with high or low levels of CD49f, high or low levels of EpCAM, and high of low levels of CD49b. (PDF 445 kb
Identification of stem cells. (A–F) Flow cytometry analysis of immune-markers in human UC-MSCs. (G) ...
is showing characterization of hAMSCs and hAECs tested. (A) Phenotype of CD105, CD29, CD44, CD73, CD...
Figure S1. MSCs increase stem marker expression of PCa. A. Western blot analysis of stem marker (CD1...
Figure S3. Nuclear translocation of β-catenin in response to Wnt3a and GSK3i. Immunoblotting shows ...
Figure S2. Microarray analysis of phenotypically enriched populations isolated from virgin FVB femal...
Gene expression of invasive and mesenchymal markers in cell isolates. Mammary epithelial cell (MEC),...
Figure S1. Phenotypic and physiological analysis of sorted populations. (A) Flow cytometric analysis...
Figure S1 related to Fig. 1. IL-10-dependent expansion of normal breast epithelial progenitors in or...
Figure S3. Limiting dilution transplantation series in C57BL/6 and FVB mice. (A) Numbers of cells en...
Figure S1. Endometial MSCs possess MSC phenotypic characteristics. Paired eutopic (E-Eutopic) and ec...
Branching morphogenesis reflects activity of luminal progenitors. Primary cultures of purified lumin...
Table S1. KEGG pathway analysis on genes differentially expressed in Lu-pos compared to Lu-neg cell ...
A decrease in CD49f+ cells is conserved in HIF shHIF1A/shHIF2A MCF-7 cells. Similar to MDA-MB-231 ce...
Figure S4. Thy-1+CD24medCD49fhigh MRUs produce functional mammary epithelium. (A) Secondary transpla...
BM-MSCs and P-MSCs had similar potential for expansion of CD34+ cells. a BM-MSCs have fibroblastic m...
Identification of stem cells. (A–F) Flow cytometry analysis of immune-markers in human UC-MSCs. (G) ...
is showing characterization of hAMSCs and hAECs tested. (A) Phenotype of CD105, CD29, CD44, CD73, CD...
Figure S1. MSCs increase stem marker expression of PCa. A. Western blot analysis of stem marker (CD1...
Figure S3. Nuclear translocation of β-catenin in response to Wnt3a and GSK3i. Immunoblotting shows ...
Figure S2. Microarray analysis of phenotypically enriched populations isolated from virgin FVB femal...
Gene expression of invasive and mesenchymal markers in cell isolates. Mammary epithelial cell (MEC),...
Figure S1. Phenotypic and physiological analysis of sorted populations. (A) Flow cytometric analysis...
Figure S1 related to Fig. 1. IL-10-dependent expansion of normal breast epithelial progenitors in or...
Figure S3. Limiting dilution transplantation series in C57BL/6 and FVB mice. (A) Numbers of cells en...
Figure S1. Endometial MSCs possess MSC phenotypic characteristics. Paired eutopic (E-Eutopic) and ec...
Branching morphogenesis reflects activity of luminal progenitors. Primary cultures of purified lumin...
Table S1. KEGG pathway analysis on genes differentially expressed in Lu-pos compared to Lu-neg cell ...
A decrease in CD49f+ cells is conserved in HIF shHIF1A/shHIF2A MCF-7 cells. Similar to MDA-MB-231 ce...
Figure S4. Thy-1+CD24medCD49fhigh MRUs produce functional mammary epithelium. (A) Secondary transpla...
BM-MSCs and P-MSCs had similar potential for expansion of CD34+ cells. a BM-MSCs have fibroblastic m...
Identification of stem cells. (A–F) Flow cytometry analysis of immune-markers in human UC-MSCs. (G) ...
is showing characterization of hAMSCs and hAECs tested. (A) Phenotype of CD105, CD29, CD44, CD73, CD...
Figure S1. MSCs increase stem marker expression of PCa. A. Western blot analysis of stem marker (CD1...