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Figure 1 Cell sorting of NSC from neural induction cultures: H9 hESC were differentiated into neural ectoderm using SFEB and dual SMAD inhibition. Please see Recommended Assay Procedure for more details. On day 20 of differentiation cells were processed as described above and sorted using the following gating strategy. Neural Stem Cell Sort (Gates based upon isotype controls): 1. Identify cells in FSC v SSC plot. (P1) a. Doublet discrimination should be applied after this step (P2) 2. Create a child gate from P2 that includes the CD184+ cells (P3). 3. Create a child gate from P3 that includes CD44- and CD271- cells (P4) 4. Create a child gate from P4 that in cludes the CD24+CD15+/- (NSC) cells Figure 2 Cell sorting of neurons and glia from differentiating NSC cultures: Previously sorted and expanded NSC derived from H9 hESC were differentiated for ~ 2.5 weeks in DMEM:F12+Glutamax, 1X B27, 1X N2 (Invitrogen), 1X P/S (Lonza), 20 ng/ml BDNF, 20ng/ml GDNF (both from Peprotech) and 0.5 mM dibutyryl cyclic AMP (Sigma). Cells were processed as described above and sorted using the following gating strategy. Neuron and Glia Sort (Gates based upon isotype controls): 1. Identify cells in FSC v SSC plot. (P1) a. Doublet discrimination should be applied after this step. (P2) b. Make sure to include the glia as they appear as a distinct scatter population in more mature cultures. 2. Create a child gates from P2 that includes CD44-CD184- cells (P3) or CD44+CD184+ cells (glia) 3. Create a child gate from P3 that includes the CD24+CD15- cells (Neurons)