Figure S1. Phenotypic analysis of the MSCs by flow cytometry. (A-G) Histograms of the mean fluorescence intensity (GRN-HLog: green fluorescence) versus the number of events (counts). (A) CD90. (B) CD54. (C) CD73. (D) MHCl (RT1A). (E) CD45. (F) CD11b/c. (G) CD34. (H) Graphic representation of the percentage of fluorescent cells labeled with each antibody. (PDF 826 kb
Figure S1. Immunophenotype characterization of NB-MSCs. Immunophenotype characterization of NB tissu...
Figure S1. Sorting strategy for macrophage isolation from injured nerve (a) or cell culture (b). Cel...
Efficient BrdU labeling and in vitro detection of sorted neural progenitors. A Representative bright...
Figure S1. MSCs pre- and post transplantation. Figure S1A, B mCherry+MSCs prior to transplantation (...
Figure S1. Representative flow cytometry plots for neural cell identification. Brain homogenates fro...
showing cell marker panels of Sca1, CD73, CD105, CD29, and CD45 in bone-marrow derived MSCs. A cell ...
In vitro differentiation analysis and karyotyping of LiPSC. (A) Representative karyotype of the esta...
Figure S4. Proliferation and expression of CD29, Sca1 and CD45 in non-transplanted MSCs. Figure S4A ...
Figure S3. Antibody array: representative detection of 96 different mouse cytokines. The profiles of...
Figure S1. Flow cytometric determinations of the expression of surface markers in MΦGM or MΦM. Gray-...
Analysis of premutation iPSCs and full mutation ESCs. a Immunostaining for pluripotency markers in S...
(A) Spinal cord tissue analyses were done across the length of 1Â mm centered at the epicenter (B). ...
Normalized frequency histograms of the α values computed from all the acquired RP-CARS z-stacks in t...
Analysis of granulocyte-macrophage progenitors (GMP) and macrophage-dendritic cell progenitors (MDP)...
Figure S2. Loss of CREST Function Does not Affect the Formation of Stress Granules and the Axon Leng...
Figure S1. Immunophenotype characterization of NB-MSCs. Immunophenotype characterization of NB tissu...
Figure S1. Sorting strategy for macrophage isolation from injured nerve (a) or cell culture (b). Cel...
Efficient BrdU labeling and in vitro detection of sorted neural progenitors. A Representative bright...
Figure S1. MSCs pre- and post transplantation. Figure S1A, B mCherry+MSCs prior to transplantation (...
Figure S1. Representative flow cytometry plots for neural cell identification. Brain homogenates fro...
showing cell marker panels of Sca1, CD73, CD105, CD29, and CD45 in bone-marrow derived MSCs. A cell ...
In vitro differentiation analysis and karyotyping of LiPSC. (A) Representative karyotype of the esta...
Figure S4. Proliferation and expression of CD29, Sca1 and CD45 in non-transplanted MSCs. Figure S4A ...
Figure S3. Antibody array: representative detection of 96 different mouse cytokines. The profiles of...
Figure S1. Flow cytometric determinations of the expression of surface markers in MΦGM or MΦM. Gray-...
Analysis of premutation iPSCs and full mutation ESCs. a Immunostaining for pluripotency markers in S...
(A) Spinal cord tissue analyses were done across the length of 1Â mm centered at the epicenter (B). ...
Normalized frequency histograms of the α values computed from all the acquired RP-CARS z-stacks in t...
Analysis of granulocyte-macrophage progenitors (GMP) and macrophage-dendritic cell progenitors (MDP)...
Figure S2. Loss of CREST Function Does not Affect the Formation of Stress Granules and the Axon Leng...
Figure S1. Immunophenotype characterization of NB-MSCs. Immunophenotype characterization of NB tissu...
Figure S1. Sorting strategy for macrophage isolation from injured nerve (a) or cell culture (b). Cel...
Efficient BrdU labeling and in vitro detection of sorted neural progenitors. A Representative bright...