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During critical developmental periods, cholinergic activity plays a key role in programming the development of target cells. In the current study, ontogeny of cholinergic terminals and their activity(More)
The development of cholinergic systems in brain regions was evaluated biochemically in developing control rats and rats whose mothers received nicotine via continuous minipump infusion during(More)
Nicotine has been hypothesized to induce neurobehavioral teratology by mimicking prematurely the natural developmental signals ordinarily communicated by the ontogeny of cholinergic synaptic(More)
Glucocorticoid administration slows the development of many types of cells, but may selectively accelerate differentiation of catecholaminergic cells. In the current study, pregnant rats were given(More)