Potenza M N
Division of Substance Abuse, Department of Psychiatry, Yale University School of Medicine, Connecticut Mental Health Center, New Haven, CT 06519, USA.
Semin Clin Neuropsychiatry. 2001 Jul;6(3):217-26.
Despite relatively high prevalence rates and significant morbidity and mortality associated with pathological gambling (PG), our understanding of the neurobiological basis of PG lags in comparison to that for other psychiatric illnesses of comparable magnitude. An improved understanding of the neurobiology of PG would facilitate targeted investigations into more effective treatments. Emerging data suggest shared neurobiological features determine in part pathological gambling and substance use disorders. These findings both challenge current conceptualizations of addictions and provide a substantial basis of knowledge on which to design investigations into the understanding and treatment of pathological gambling. The findings that substance use disorders and the behavioral "addiction" of PG share common causative features raise the question as to what extent other compulsive disorders (eg, compulsive shopping, compulsive sexual behaviors, compulsive computer use) might be biologically related.
尽管病理性赌博(PG)的患病率相对较高,且与之相关的发病率和死亡率也很显著,但与其他同等严重程度的精神疾病相比,我们对PG神经生物学基础的了解仍较为滞后。对PG神经生物学的进一步了解将有助于开展更有针对性的研究,以寻找更有效的治疗方法。新出现的数据表明,共同的神经生物学特征在一定程度上决定了病理性赌博和物质使用障碍。这些发现既对当前成瘾的概念化提出了挑战,也为设计有关病理性赌博的理解和治疗的研究提供了大量的知识基础。物质使用障碍与PG的行为“成瘾”具有共同致病特征这一发现,引发了一个问题,即其他强迫性障碍(如强迫购物、强迫性行为、强迫使用电脑)在多大程度上可能与生物学因素相关。