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DIFFERENTIAL PROTEIN EXPRESSION OF NEURAL STEM CELLS IN PROLIFERATION AND DOPAMINERGIC DIFFERENTIATION CONDITIONS
- Nelke, Anna
- Garcia Lopez, Silvia
- Martinez Serrano, Alberto
- Pereira, Marta
This proteomic study was done in order to analyze the differential protein expression of neural stem cells during proliferation and induction of differentiation in vitro. All samples are human neural stem cells derived from fetal ventral mesencephalon (hVM1 clone 32 cell line). Experimental conditions included cells in proliferation and cells induced for dopaminergic differentiation.
Dataset:The dataset includes 5 files: a complete report on protein expression as well as functional analyses using the Qiagen Ingenuity Pathway Analysis including canonical pathways, diseases and disorders, biological functions, networks, and top upstream regulators, in proliferating and differentiated cells.
DIFFERENTIAL GENE EXPRESSION OF NEURAL STEM CELLS IN PROLIFERATION AND DOPAMINERGIC DIFFERENTIATION CONDITIONS
- Nelke, Anna
- Garcia Lopez, Silvia
- Martinez Serrano, Alberto
- Pereira, Marta
This NGS study was done in order to analyze the differential gene expression of neural stem cells during proliferation and induction of differentiation in vitro. All samples are human neural stem cells derived from fetal ventral mesencephalon (hVM1 clone 32 cell line). Experimental conditions included cells in proliferation and cells induced for dopaminergic differentiation.
Dataset:The dataset includes 4 files: two sets of differentially expressed genes (with and without null values) and two sets of expression data with null values (for both proliferating and differentiated cells).