NE-4C Cells

NE-4C cells are a murine neuroectodermal stem cell line derived from the cerebral vesicles of embryonic mouse brain tissue. The cell line is widely recognized for its capacity to undergo neuronal differentiation under defined experimental conditions, making it a valuable in vitro model for studies of neurogenesis, neural development, and neuronal lineage commitment. NE-4C cells exhibit characteristics of neural progenitor cells and can be induced to differentiate into neuron-like cells through treatment with agents such as retinoic acid, resulting in morphological and molecular changes associated with neuronal maturation.

During differentiation, NE-4C cells develop extended neurite-like processes and express neuronal markers including βIII-tubulin, MAP2, and neurofilament proteins, depending on the differentiation protocol employed. Because of their relatively homogeneous differentiation behavior and reproducible response to inductive stimuli, NE-4C cells are commonly used to investigate signaling pathways involved in neural specification, synaptic development, neurotoxicity, oxidative stress responses, and neuroprotective mechanisms. The model has also been applied in studies of neurodegenerative disease mechanisms, developmental neurobiology, and screening of compounds affecting neuronal differentiation or survival.