MDMA Administration and Heat Shock Proteins Response: Foreseeing a Molecular Link

Francesco Cappello; Leila Zummo; null D'Errico; null D'Errico; null D'Errico; Giovanni Li Li Volti; Cristoforo Pomara

MDMA Administration and Heat Shock Proteins Response: Foreseeing a Molecular Link

Francesco Cappello, Leila Zummo, D'Errico, D'Errico, D'Errico, Giovanni Li Li Volti, Cristoforo Pomara

Biomedicina, Neuroscienze e Diagnostica avanzata

Risultato della ricerca: Article › peer review

6 Citazioni (Scopus)

Abstract

Molecular and cellular mechanisms of MDMA-induced toxicity have been extensively studied in a number ofexperimental models. Nevertheless, only few studies investigated the involvement of HSPs (“molecular chaperones”) inMDMA organs toxicity. In the present minireview we highlight this subject analysing the results of these studies conductedespecially on brain tissue. Despite of it seems obvious that HSPs overexpression is a protective reaction againstMDMA treatment, the molecular mechanisms for exerting their action are far to be undiscovered. At the same time, weneed of comprehensive studies concerning the whole range of Hsps/chaperones expressions in all organs after acute andchronic administration of MDMA.

Lingua originale	English
pagine (da-a)	496-499
Numero di pagine	4
Rivista	Current Pharmaceutical Biotechnology
Volume	11
Stato di pubblicazione	Published - 2010

All Science Journal Classification (ASJC) codes

Biotechnology
Pharmaceutical Science

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title = "MDMA Administration and Heat Shock Proteins Response: Foreseeing a Molecular Link",

abstract = "Molecular and cellular mechanisms of MDMA-induced toxicity have been extensively studied in a number ofexperimental models. Nevertheless, only few studies investigated the involvement of HSPs (“molecular chaperones”) inMDMA organs toxicity. In the present minireview we highlight this subject analysing the results of these studies conductedespecially on brain tissue. Despite of it seems obvious that HSPs overexpression is a protective reaction againstMDMA treatment, the molecular mechanisms for exerting their action are far to be undiscovered. At the same time, weneed of comprehensive studies concerning the whole range of Hsps/chaperones expressions in all organs after acute andchronic administration of MDMA.",

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AU - Zummo, Leila

AU - D'Errico, null

AU - Li Volti, Giovanni Li

AU - Pomara, Cristoforo

PY - 2010

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N2 - Molecular and cellular mechanisms of MDMA-induced toxicity have been extensively studied in a number ofexperimental models. Nevertheless, only few studies investigated the involvement of HSPs (“molecular chaperones”) inMDMA organs toxicity. In the present minireview we highlight this subject analysing the results of these studies conductedespecially on brain tissue. Despite of it seems obvious that HSPs overexpression is a protective reaction againstMDMA treatment, the molecular mechanisms for exerting their action are far to be undiscovered. At the same time, weneed of comprehensive studies concerning the whole range of Hsps/chaperones expressions in all organs after acute andchronic administration of MDMA.

AB - Molecular and cellular mechanisms of MDMA-induced toxicity have been extensively studied in a number ofexperimental models. Nevertheless, only few studies investigated the involvement of HSPs (“molecular chaperones”) inMDMA organs toxicity. In the present minireview we highlight this subject analysing the results of these studies conductedespecially on brain tissue. Despite of it seems obvious that HSPs overexpression is a protective reaction againstMDMA treatment, the molecular mechanisms for exerting their action are far to be undiscovered. At the same time, weneed of comprehensive studies concerning the whole range of Hsps/chaperones expressions in all organs after acute andchronic administration of MDMA.

UR - http://hdl.handle.net/10447/55871

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JO - Current Pharmaceutical Biotechnology

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