Article SCOPUS
Neuromethods  (2011)

The hypoxic rat model for obstetric complications in schizophrenia

Schmitt, A; Falkai P.; Gebicke-Haerter, P; Sommer, U; Heck M.; Zink, M; Lex, A; Fendt, M; Herrera-Marschitz, M

Keywords: behavior, model, disorder, acid, system, inhibition, rat, dna, expression, transcription, binding, field, protein, product, gene, schizophrenia, hypoxia, disease, chain, recognition, experiment, male, receptor, motor, polymerase, regulation, newborn, methyl, interaction, pathophysiology, tissue, female, clozapine, period, drug, control, article, locomotion, microarray, social, maternal, activity, neurotransmission, gabaergic, controlled, syntaxin, neuropeptide, animal, reverse, snap, study, 1, rattus, profiling, priority, Reaction, nonhuman, journal, Animalia, Complementary, dextro, I, open, perinatal, Y, associated, unclassified, n, aspartic, upregulation, down, 1a, synaptosomal, 25, neurexin, complexin, prepulse, syntaxin1A