Erk2

tyrosine phosphorylation estrogen, 304, 305 Escherichia coli, 82 Esterification hydroxyl group, 3alpha, 144 Estradiol (E), 2 astroglia

IGF-1 receptors, 261 binding

E-6-BSA, 284 E-17-BSA, 284 binding sites brain cell membrane, 285—288 CS-P3 membrane, 274-285 brain development, 294, 295 DA, 270-274 dopamine

A mER, 270-274 GFAP, 256, 258, 259 glial plasticity N-CAM, 259

hypothalamic neurons

IGF-1,260 neuroprotective effects, 184 treatment effects, 241 tyrosine phosphorylation MAP kinase cascade, 305 Estrogen receptors (ER) alpha gene, 296 beta gene, 296 brain development, 296-298 developing brain, 296-298 hypothalamic neurons

IGF-1,260, 261 serine phosphorylation, 297 signaling proteins developing brain, 305—309 tyrosine phosphorylation, 297 developing brain, 303, 304 Estrogens, 207

brain development, 293—310 dendritic spine formation, 242, 243 effects learning and memory, 240, 241 ERK1

tyrosine phosphorylation, 304, 305 ERK2

tyrosine phosphorylation, 304, 305 IGF-1, 260

induced synaptogenesis dendritic spines, 239 neurotrophins developing brain, 300- 303 neurotrophin signaling pathways developing brain, 304, 305 NGF, 259, 301 nongenomic action, 238 sensitivity hippocampus, 236, 237, 238

src tyrosine phosphorylation, 306 TRFa, 259 trk, 300, 301 Ethanol DHEA, 7 P450, 61 Eukaryotie steroid hormones cholesterol, 75 Exacerbation PREG S

NMDA-induced neuronal death, 182, 183

Excitotoxic cell death modulations neuroactive steroids, 182 184 Extracellular regulated kinase (ERK) ER phosphorylation, 308

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