RAITERI, LUCA

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RAITERI, LUCA

Afferenza

100006 - Dipartimento di Farmacia

Mostra records

Risultati 1 - 9 di 9 (tempo di esecuzione: 0.02 secondi).

Activation of presynaptic Neuropeptide S receptors inhibits the release of 5-HT and glycine in mouse frontal/prefrontal cortex and amygdala

2013-01-01 Gardella, E; Romei, C; Sabolla, C; Fedele, Ernesto; Raiteri, Luca

Effects of acute and chronic antidepressants on presynaptic NMDA and AMPA receptors regulating amine release in central nervous system

2008-01-01 Neri, Elisabetta; Musante, Veronica; Longordo, F.; L. u. c. c. i. n. i., E.; Barbiero, V. S.; Raiteri, Luca; Popoli, M.; Racagni, G.; Raiteri, Maurizio; Pittaluga, ANNA MARIA

GABA release in the ciliated protozoon Paramecium

2004-01-01 Bucci, G.; Gallus, Lorenzo; Diaspro, ALBERTO GIOVANNI; Beltrame, Francesco; Fato, MARCO MASSIMO; Raiteri, Luca; Stigliani, S.; Usai, Cesare; Ramoino, Paola

GABA synthesis and release in the single-celled organism Paramecium.

2004-01-01 Diaspro, ALBERTO GIOVANNI; Beltrame, Francesco; Fato, MARCO MASSIMO; Raiteri, Luca; Stigliani, S.; Usai, Cesare; Ramoino, Paola

GABAB receptor regulation and swimming behaviour in Paramecium

2003-01-01 Usai, Cesare; Beltrame, Francesco; Fato, MARCO MASSIMO; Diaspro, ALBERTO GIOVANNI; Raiteri, Luca; Stigliani, S.; Olivieri, P.; Simonelli, S.; Ramoino, Paola

Glycine release provoked by "disturbed" ionic homeostasis in cerebellar nerve endings

2011-01-01 Romei, Cristina; Raiteri, Luca

Inhibition by Neuropeptide S of the release of 5-HT and glycine from mouse amygdala and frontal/prefrontal cortex nerve terminals through activation of the Neuropeptide S receptor.

2013-01-01 Gardella, E; Romei, C; Sabolla, C; Fedele, Ernesto; Raiteri, Luca

Mechanisms of GABA release from cerebellar nerve terminals: roles of Na+/Ca2+ exchangers, GAT1 transporter reversal, Ca2+ -induced Ca2+ release and anion channel

2015-01-01 Raiteri, L.; Romei, C.; Milanese, M.; Usai, C.

Release of [3H]GABA evoked by high affinity GABA uptake through GAT1 transporters occurs by homoexchange and through GAT1-independent, Ca2+ mediated mechanisms

2017-01-01 Raiteri, L.; Romei, C.

Titolo	Data di pubblicazione	Autore(i)
Activation of presynaptic Neuropeptide S receptors inhibits the release of 5-HT and glycine in mouse frontal/prefrontal cortex and amygdala	1-gen-2013	Gardella, E; Romei, C; Sabolla, C; Fedele, Ernesto; Raiteri, Luca
Effects of acute and chronic antidepressants on presynaptic NMDA and AMPA receptors regulating amine release in central nervous system	1-gen-2008	Neri, Elisabetta; Musante, Veronica; Longordo, F.; L. u. c. c. i. n. i., E.; Barbiero, V. S.; Raiteri, Luca; Popoli, M.; Racagni, G.; Raiteri, Maurizio; Pittaluga, ANNA MARIA
GABA release in the ciliated protozoon Paramecium	1-gen-2004	Bucci, G.; Gallus, Lorenzo; Diaspro, ALBERTO GIOVANNI; Beltrame, Francesco; Fato, MARCO MASSIMO; Raiteri, Luca; Stigliani, S.; Usai, Cesare; Ramoino, Paola
GABA synthesis and release in the single-celled organism Paramecium.	1-gen-2004	Diaspro, ALBERTO GIOVANNI; Beltrame, Francesco; Fato, MARCO MASSIMO; Raiteri, Luca; Stigliani, S.; Usai, Cesare; Ramoino, Paola
GABAB receptor regulation and swimming behaviour in Paramecium	1-gen-2003	Usai, Cesare; Beltrame, Francesco; Fato, MARCO MASSIMO; Diaspro, ALBERTO GIOVANNI; Raiteri, Luca; Stigliani, S.; Olivieri, P.; Simonelli, S.; Ramoino, Paola
Glycine release provoked by "disturbed" ionic homeostasis in cerebellar nerve endings	1-gen-2011	Romei, Cristina; Raiteri, Luca
Inhibition by Neuropeptide S of the release of 5-HT and glycine from mouse amygdala and frontal/prefrontal cortex nerve terminals through activation of the Neuropeptide S receptor.	1-gen-2013	Gardella, E; Romei, C; Sabolla, C; Fedele, Ernesto; Raiteri, Luca
Mechanisms of GABA release from cerebellar nerve terminals: roles of Na+/Ca2+ exchangers, GAT1 transporter reversal, Ca2+ -induced Ca2+ release and anion channel	1-gen-2015	Raiteri, L.; Romei, C.; Milanese, M.; Usai, C.
Release of [3H]GABA evoked by high affinity GABA uptake through GAT1 transporters occurs by homoexchange and through GAT1-independent, Ca2+ mediated mechanisms	1-gen-2017	Raiteri, L.; Romei, C.