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Barbara Barbini

3 papers in the library · 3 citations · publishing 2023-2026

Papers

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Fast-acting approaches for treatment-resistant depression: real-world comparative effectiveness of Intranasal Esketamine versus accelerated rTMS.

International Journal of Psychiatry in Clinical Practice March 11, 2026 Michele Prato, Matteo Carminati, Filippo Frizzi et al. 1 citation

Background: Treatment-Resistant Depression (TRD) often persists despite adequate pharmacotherapy. Intranasal Esketamine and accelerated repetitive Transcranial Magnetic Stimulation (aTMS) are rapid-acting options, but head-to-head comparisons remain limited. Methods: We conducted a retrospective study on TRD patients receiving either aTMS (n = 18) or Intranasal Esketamine (n = 22). Depression...

Intravenous Ketamine Followed by Intranasal Esketamine in 2 Subsequent Treatment-resistant Depressive Episodes: Insights From a Case Series.

Journal of Psychiatric Practice September 1, 2025 Matteo Carminati, Mattia Tondello, Barbara Barbini et al. 2 citations

Treatment-resistant depression (TRD) remains a relevant issue in psychiatric practice, driving the exploration of innovative therapeutic alternatives. Ketamine and its enantiomer, esketamine, are emerging as treatments known for their effectiveness as rapid-acting antidepressants. Although previous comparative studies have highlighted some differences in their effects, they did not concurrently...

Differential effectiveness between Ketamine and Esketamine: the predictive role of dissociative features. A treatment-resistant depression case.

International Clinical Psychopharmacology July 7, 2023 Nicola Ragone, Barbara Barbini, Carolina Passani et al.

More than 10 years ago, the discovery of the antidepressant effects of Ketamine opened the opportunity to develop a novel class of antidepressants. Ketamine induces dissociative symptoms as a major side effect. This rapid-acting antidepressant is available as an endovenous racemic compound and as an intranasal S-enantiomer: Esketamine; which is four-fold more potent for the NMDA receptor. Here...