On the Psychobiology of Personality

On the Psychobiology of Personality pdf epub mobi txt 电子书 下载 2026

出版者:Elsevier Science Ltd
作者:Stelmack, Robert M. 编
出品人:
页数:552
译者:
出版时间:2005-1
价格:$ 175.15
装帧:HRD
isbn号码:9780080442099
丛书系列:
图书标签:
  • 心理学
  • 人格心理学
  • 生物心理学
  • 神经科学
  • 性格
  • 行为遗传学
  • 情绪
  • 动机
  • 个体差异
  • 心理生物学
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具体描述

Zuckerman received his Ph.D. in psychology from New York University, Graduate School of Arts and Science in 1954 with a specialization in clinical psychology. After graduation, he worked for three years as a clinical psychologist in state hospitals in Norwich, Connecticut and Indianapolis, Indiana. While in the latter position the Institute for Psychiatric Research was opened in the same medical center where he was working as a clinical psychologist. He obtained a position there with a joint appointment in the department of psychiatry. This was his first interdisciplinary experience with other researchers in psychiatry, biochemistry, psychopharmacology, and psychology. His first research areas were personality assessment and the relation between parental attitudes and psychopathology. During this time, he developed the first real trait-state test for affects, starting with the Affect Adjective Check List for anxiety and then broadening it to a three-factor trait-state test including anxiety, depression, and hostility (Multiple Affect Adjective Check List). Later, positive affect scales were added. Toward the end of his years at the institute, the first reports of the effects of sensory deprivation appeared and he began his own experiments in this field. These experiments, supported by grants from NIMH, occupied him for the next 10 years during his time at Brooklyn College, Adelphi University, and the research labs at Albert Einstein Medical Center in Philadelphia. This last job was his second interdisciplinary experience working in close collaboration with Harold Persky who added measures of hormonal changes to the sensory deprivation experiments. He collaborated with Persky in studies of hormonal changes during experimentally (hypnotically) induced emotions. During his time at Einstein, he established relationships with other principal investigators in the area of sensory deprivation and they collaborated on the book "Sensory Deprivation: 15 years of research" edited by John Zubek (1969). His chapter on theoretical constructs contained the idea of using individual differences in optimal levels of stimulation and arousal as an explanation for some of the variations in response to sensory deprivation. The first sensation seeking scale (SSS) had been developed in the early 1960's based on these constructs. At the time of his move to the University of Delaware in 1969, he turned his full attention to the SSS as the operational measure of the optimal level constructs. This was the time of the drug and sexual revolutions on and off campuses and research relating experience in these areas to the basic trait paid off and is continuing to this day in many laboratories. Two books have been written on this topic: "Sensation Seeking: Beyond the Optimal Level of Arousal", 1979; "Behavioral Expressions and Biosocial Bases of Sensation Seeking", 1994. Research on sensation seeking in America and countries around the world continues at an unabated level of journal articles, several hundred appearing since the 1994 book on the subject. The theoretical model of sensation seeking changed as a consequence of research on the biological correlates of sensation seeking which included biochemical as well as psychophysiological variables. Genetic studies also indicated that sensation seeking was a major trait with a strong genetic/ biological basis. Zuckerman and his colleagues conducted research on the psychophysiological correlates of sensation seeking. One of these areas, augmenting/reducing of the cortical evoked potential, has provided a well replicated model of brain functioning in high and low sensation seekers, and Siegel has extended this into a model for sensation seeking in cats and rats. This animal model provides a link between sensation seeking and behavioral, genetic, physiological, and biochemical bases for the trait in other species. Investigators at other universities, Bardo at the University of Kentucky and LeMoal and Simon at the University of Bordeaux, have used the sensation seeking model to investigate the psychobiological basis of novelty seeking in rats. Zuckerman's interest in the biological basis of the trait of sensation seeking broadened into a more general interest in the biological bases of personality, culminating in his book: "Psychobiology of Personality", 1991 and many book chapters and articles on the subject. His perspective in the area was broadened by sabbaticals spent with leaders in the field in England: Hans Eysenck, Jeffrey Gray, and Robert Plomin. More recent research attempted to place sensation seeking within the context of new structural models for personality traits. Factor analytic studies showed that a combined factor of impulsivity and sensation seeking formed one of five, robust and replicable factors of personality. Research on this new measure of the basic trait is ongoing.

探寻人类心智的深层结构:一部关于认知神经科学与行为遗传学的综合性著作 本书旨在为读者提供一个关于人类心智复杂性的全面而深入的视角,重点聚焦于认知科学、行为遗传学以及神经生物学三个关键领域的交叉融合。它并非仅仅停留在传统心理学的描述层面,而是致力于揭示我们思想、情感和行为背后的生物学基础和进化驱动力。 第一部分:心智的生物学罗盘——神经基础与结构 本部分将首先搭建起理解复杂行为的生物学框架。我们从神经科学的基石入手,详细剖析大脑的宏观解剖结构与微观神经回路如何协同工作,支撑起人类独有的认知能力。 第一章:大脑的模块化与整合 我们将深入探讨大脑皮层的分区功能——从枕叶的视觉处理到额叶的执行功能。重点分析默认模式网络(DMN)在自我意识、未来规划和内省中的核心作用,并对比研究其在不同个体间的功能连接性差异。此外,本书将引入连接组学(Connectomics)的概念,阐释大脑如何通过复杂的网络结构而非孤立的“功能中心”来实现高级认知。我们会审视海马体与杏仁核在记忆编码和情绪调节中的动态交互机制,这些交互如何塑造了个体的经验学习轨迹。 第二章:神经递质与情感的化学交响 本章专注于分子层面,详述关键神经递质系统——如多巴胺、血清素、去甲肾上腺素和GABA——如何调控情绪状态、动机水平和压力反应。我们不仅会回顾经典的受体理论,更会探讨受体内化、信号转导通路的复杂性,以及环境因素(如慢性压力)如何通过表观遗传修饰影响这些化学系统的长期功能。一个重要的讨论点是奖赏系统的不平衡如何与冲动控制和成瘾行为相关联,提供了一个从生物化学角度理解“选择”的视角。 第二部分:塑造行为的蓝图——遗传学与环境的对话 人类行为的变异性是本书探讨的核心。第二部分将从基因层面入手,揭示先天因素对行为倾向的塑造作用,并阐明这些倾向如何在特定环境中得以表达或抑制。 第三章:量化遗传力的工具与挑战 本章系统介绍了行为遗传学的研究方法论,包括双生子研究、收养研究以及全基因组关联研究(GWAS)。我们重点分析如何解释遗传力估计值,并讨论环境因素(如童年逆境、社会经济地位)在遗传影响中的调节作用。此处将讨论基因-环境相关性(rGE)和基因-环境交互作用(GxE)模型,强调行为并非由单一的“特定基因”决定,而是由成千上万具有微小效应的多基因风险评分(PRS)共同构建。 第四章:进化心理学与适应性倾向 我们将从进化论的视角来审视一些普遍存在的人类行为模式。这包括对亲属选择理论、互惠利他主义的生物学基础的探讨。重点分析人类在面对资源稀缺和群体动态变化时所演化出的适应性偏差(如内群体偏爱、风险规避倾向),并探讨这些在现代社会中可能导致冲突的进化遗留问题。本书将批判性地审视那些过度简化的进化解释,强调文化与生物学的动态共进化过程。 第三部分:动态系统中的自我——认知、情境与长期发展 最后一部分将视角从基础的神经与遗传机制扩展到个体在真实世界中的经验累积与自我调节能力。 第五章:执行功能与自我调节的神经回路 执行功能——包括工作记忆、认知灵活性和抑制控制——被认为是人类适应性的核心。本章将详细阐述这些功能在前额叶皮层(PFC)的动态激活模式。我们着重分析工作记忆的负荷效应如何影响决策质量,以及认知控制资源的有限性如何解释日常中的判断失误。书中还将引入心智理论(Theory of Mind, ToM)的神经基础,探讨个体如何建构对他人意图的理解,这是复杂社会互动的基础。 第六章:情境依赖性与行为的可塑性 环境不仅仅是背景,更是影响基因表达和神经连接重塑的强大驱动力。本章聚焦于可塑性,探讨学习、创伤和持续的社会经验如何重塑神经回路。我们将审视经验依赖性可塑性的原理,特别是关键期(Critical Periods)和敏感期(Sensitive Periods)的生物学机制。书中将通过对长期记忆形成和习惯养成的案例分析,展示行为模式是如何从灵活的、由目标驱动的状态,固化为自动化、难以改变的反应模式。此外,压力暴露对海马体神经发生的影响,将作为理解创伤后行为改变的生物学基础进行深入阐述。 第七章:整合模型与未来方向 本书的最后部分致力于构建一个多尺度、整合性的理论框架,用以连接分子、细胞、回路、结构和整体行为。我们提出,理解人类心智的复杂性需要超越传统的还原论方法,采纳复杂适应系统(Complex Adaptive Systems)的视角。本书将探讨计算神经科学如何帮助我们模拟这些复杂交互,并展望在精准精神病学领域中,如何利用生物标记物和遗传信息,实现更具个体化的干预策略。对伦理学和哲学层面的思考也将穿插其中,探讨“自由意志”在生物学决定论面前的意义。 本书适合于认知神经科学家、行为遗传学家、心理学研究生以及所有对人类心智深层机制抱有强烈求知欲的专业人士和学者。它提供了一个严谨、跨学科的路线图,引导读者探索行为变异的生物学根源及其在人类经验中的动态体现。

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