Activity in prelimbic cortex is required for adjusting the anxiety response level during the elevated plus-maze retest von Stern, C.A.J, Do Monte, F.H.M, Gazarini, L, Carobrez, A.P, Bertoglio, L.J

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P.1.j.001 Combined pharmacological intervention targeting the glucocorticoid–adrenergic–endocannabinoid circuitry induces a traumatic memory von Gazarini, L, Stern, C.A.J, Takahashi, R.N, Bertoglio, L.J

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Protein synthesis in dorsal hippocampus supports the drug tolerance induced by prior elevated plus-maze experience von Gazarini, L, Stern, C.A.J, Bertoglio, L.J

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P.4.b.016 Ventromedial prefrontal cortex activity is required for anxiety expression: distinct neurochemical mechanisms evidence von Stern, C.A.J, Do-Monte, F.H, Gazarini, L, Carobrez, A.P, Bertoglio, L.J

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P.4.d.003 Increase in nociception and articular diameter after the dorsolateral periaqueductal gray chemical stimulation in rats von Bertoglio, L.J, Tonussi, C.R, Bressan, E, Martins, M.A, Stern, C.A.J

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P.4.b.001 Role of transient receptor potential vanilloid type 1 channels in brain regions related to anxiety in rats von Bertoglio, L.J, Santos, C.J.P.A, Stern, C.A.J, Martins, M.A

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Aversive learning as a mechanism for lack of repeated anxiolytic-like effect in the elevated plus-maze von Stern, C.A.J., Carobrez, A.P., Bertoglio, L.J.

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P.1.d.012 Propranolol restores the anxiolytic action of midazolan during the retest in the elevated plus maze test von Stern, C.A.J., Ward, K., Anzini, C., Carobrez, A.P.

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