《實驗病理性痛:從分子到腦功能》是2004年科學出版社出版的圖書,作者是本社。
基本介紹
- 中文名:實驗病理性痛:從分子到腦功能
- 作者:本社
- 出版社:科學出版社有限責任公司
- 出版時間:2004年1月12日
- 頁數:384 頁
- 定價:78.00
- 開本:16 開
- ISBN:9787030116925, 7030116925
內容簡介,作者簡介,圖書目錄,
內容簡介
以往認為,疼痛不是病,是症狀。但是近年來越來越多的研究表明臨床疼痛是神經系統功能和結構可塑性病理改變所致,因此應該將臨床痛作為疾病治療和管理。為了使中國疼痛基礎和臨床研究與管理人員了解此概念,該書以"實驗病理性痛"為中心內容,從(1)病理性痛的神經生物學;(2)病理性痛的神經調節和治療;(3)人體實驗性痛與治療;(4)人體實驗性痛的神經成像等4部分,用22章科學與系統闡述病理性疼痛的發生機制和治療策略。
《實驗病理性痛:從分子到腦功能》是由國際和國內疼痛學界著名專家和學者參加編寫英文原著,具有以下特點:(1) 學術權威性、知識性、高信息量、代表當前疼痛研究的最新進展(2) 因為該書的編者均為工作在第一線的國際和國內疼痛學界著名專家和學者,所以呈現的是第一手學術資料、價值無限(3) 具有疼痛研究和治療的廣泛參考性(4) 內容含蓋從分子到腦功能、從動物痛到人體實驗性痛的廣泛內容(5) 該書將是中國第一部疼痛學英文專著,影響意義深遠。
作者簡介
作者:( )Jun Chen等
圖書目錄
List of Contributing Authors
Foreword Ⅰ
Foreword Ⅱ
Preface
Acknowledgments
Part Ⅰ Neurobiology of Pathological Pain
1.Genetic Basis of Pain Induction and Modulation
2.Gene Expression in Naturopathic Pain Models
3.Peripheral Mechanisms and Modulation in Inflammatory Pain
4.A Contribution of Dorsal Root Reflexes to Neutrogenic Inflammation and Pain
5.Signal Molecules and Receptors in Primary Afferent Components of Nociceptive Processing and Plastic Changes
6.The Bee Venom Test:A Novel Useful Animal Model for Study of Spinal Coding and Processing of Pathological Pain Information
7.Trigeminal Mechanisms of Orofacial Pain
8.Application of Abult Rat Spinal Slice Patch-clamp Recording Technique in the Study of Nociceptive Transmission and Modulation
9.Temporal Firing Patterns and Responsiveness of Injured Sensory Neurons
10.Temporal Decoding of Persistent Pain Signal Processing in the Spinal Dorsal Horn:Application of Non-linear Dynamic Analytical Methods
11.Thalamo-Cortical System of Nociception in Animals
Part Ⅱ Neuromodulation of Pathological Pain and Motor Dysfunctions
12.Physiopharmacological Aspects of Pathological Pain States
13.Novel Pharmacology for Control of Chronic Pain
14.The Roles of 5-HT1A Receptor in Modulating Spinal Nociceptive Transmission in Inflammatory Rats
15.Low- and High-Frequency Electroacupuncture:Difference in Neural Pathways and Therapeutic Effects
16.Restitution of Upper-Limb Movement Promoted with Functional Electrical Therapy(FET)
17.Intranasal Morphine for Pain Manangement
Part Ⅲ Neuroimaging of Experimental Human Pain
18.Experimental Human Pain
19.EEG/MEC Brain Mapping of Human Pain
20.Principles of Human Pain Imaging with PET
21.The Application of Source Modelling to Functional Imaging of the Brain Based on EEG and MEG
22.Near-infrared Optical Imaging of the Human Brain