心理科学进展
心理科學進展
심이과학진전
Advances In Psychological Science
2014年
5期
810~821
,共null页
成瘾 跨期选择 时间折扣 神经机制 干预方法
成癮 跨期選擇 時間摺釦 神經機製 榦預方法
성은 과기선택 시간절구 신경궤제 간예방법
addiction; intertemporal choice; delay discounting; neural mechanisms; intervening measures
成瘾可分为物质成瘾和行为成瘾,两类成瘾人群在跨期选择上都表现出高时间折扣率的缺陷,但也有各自的特异性特征。成瘾人群跨期选择缺陷的神经基础主要集中在评估网络(腹内侧前额叶、纹状体、后扣带皮层等)、认知控制网络(前额叶皮层、前扣带皮层等)和预期想象网络(海马、杏仁核等);可利用心理训练来改善成瘾人群跨期选择缺陷,其干预方法包括工作记忆训练、预期想象训练、金钱管理指导等。未来研究应该从成瘾者跨期选择缺陷的认知机制、3个神经网络系统的交互作用机理、行为遗传学以及开发有效的干预方法等方面展开大量研究。
成癮可分為物質成癮和行為成癮,兩類成癮人群在跨期選擇上都錶現齣高時間摺釦率的缺陷,但也有各自的特異性特徵。成癮人群跨期選擇缺陷的神經基礎主要集中在評估網絡(腹內側前額葉、紋狀體、後釦帶皮層等)、認知控製網絡(前額葉皮層、前釦帶皮層等)和預期想象網絡(海馬、杏仁覈等);可利用心理訓練來改善成癮人群跨期選擇缺陷,其榦預方法包括工作記憶訓練、預期想象訓練、金錢管理指導等。未來研究應該從成癮者跨期選擇缺陷的認知機製、3箇神經網絡繫統的交互作用機理、行為遺傳學以及開髮有效的榦預方法等方麵展開大量研究。
성은가분위물질성은화행위성은,량류성은인군재과기선택상도표현출고시간절구솔적결함,단야유각자적특이성특정。성은인군과기선택결함적신경기출주요집중재평고망락(복내측전액협、문상체、후구대피층등)、인지공제망락(전액협피층、전구대피층등)화예기상상망락(해마、행인핵등);가이용심리훈련래개선성은인군과기선택결함,기간예방법포괄공작기억훈련、예기상상훈련、금전관리지도등。미래연구응해종성은자과기선택결함적인지궤제、3개신경망락계통적교호작용궤리、행위유전학이급개발유효적간예방법등방면전개대량연구。
Addiction can be divided into substance addiction and behavioral addiction. Although different type of addictions has its own specific characteristics on intertemporal choice, all of addictions show steep delay discounting. The neural basis of addicts' intertemporal choice deficits focuses on the valuation network (ventromedial prefrontal cortex, striaturn and posterior cingulate cortex), the cognitive control network (prefrontal cortex and anterior cingulate cortex) and the imagery /prospection network (hippocampus and amygdala). We can use mental trainings to improve addicts' intertemporal choice deficits. With regard to intervention, Working Memory Training, Prospection / Imagery Training and Advisor-Teller Money Manager therapy are the effective ways which have been proved to reduce addicts' delay discounting. Future studies should pay attention to the cognitive mechanism of addicts' intertemporal choice deficits, the interaction between neural networks (valuation network, cognitive control network and imagery/prospection network), the basis of behavioral genetics and developing effective methods to reduce addicts' delay discounting.