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TAP 导读: Allostasis: a model of predictive regulation

Sterling 主张,高效调节会预判需求、协调资源分配,并从既往误差中学习。这一解释同时包括生理调整与提前采取的行为。

更新于 2026-09-16 · 存档于

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THE ALLOSTASIS PROJECT

引用这份作品

原论文 · 引用研究结果时使用此来源。

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研究发现

Sterling 主张,高效调节会预判需求、协调资源分配,并从既往误差中学习。这一解释同时包括生理调整与提前采取的行为。

范围与局限

以理论为主的综述,结合生理和行为实例;没有单一试验样本。

对 homeostasis 的批评是作者的理论立场。这篇综述不意味着反馈调节已经过时,不验证通用复原力评分,也不检验 TAP 的整合框架。

研究人群与样本

理论整合;没有单一试验样本

暴露或干预

预测、多个生理效应系统的协调、行为与学习。

观察结局

关于调节的解释及机制实例,不提供汇总效应量。

时间范围

概念模型不适用单一随访时间

研究资金来源

所阅读的出版版本中未识别出单独的资金声明;致谢不能作为没有资助的证明。

研究利益关系

所阅读版本中未识别出单独的利益关系声明;缺少声明不等于不存在利益关系。

导读范围

PubMed 书目与作者上传的已发表全文,重点为第 3–4 节的预测和协调。讨论图示所表达的概念,不转载原图。

参考文献

  1. Peter Sterling (2012). Allostasis: a model of predictive regulation. Physiology & Behavior. https://doi.org/10.1016/j.physbeh.2011.06.004

出版记录

TAP-RDN-0006 · v0.2 · 中文

本版本尚未完成科学审阅。

The Allostasis Project 由 Resilio 发起与支持。

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  4. 方法学审阅

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  5. AI 辅助

    使用了 AI 辅助

    TAP Research Agent

    概念整合、来源对应与双语教育内容准备;不代表完成人工科学或方法学审阅。

    OpenAI Codex (GPT-6) — Research assistance · Drafting and bilingual editing · Source-to-claim checks — 暂无人工核查记录。

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