<--- Back to Details
First PageDocument Content
Biology / Medicine / TRPV1 / Hyperalgesia / Allodynia / Transient receptor potential cation channel /  member A1 / Neuropathic pain / Itch / Ketamine / Pain / Ion channels / Chemistry
Date: 2015-04-07 16:02:11
Biology
Medicine
TRPV1
Hyperalgesia
Allodynia
Transient receptor potential cation channel
member A1
Neuropathic pain
Itch
Ketamine
Pain
Ion channels
Chemistry

Microsoft Word - Session_05_Pain and Nociception.doc

Add to Reading List

Source URL: www.sbfte.org.br

Download Document from Source Website

File Size: 418,55 KB

Share Document on Facebook

Similar Documents

Pain / Perception / Medicine / Acute pain / Nociception / Sensory systems / Neuropathic pain / DejerineRoussy syndrome / Central pain syndrome / Dysesthesia / Visceral pain / Allodynia

Central post-stroke pain Denise St. Louis, BScN, CNN(c)

DocID: 1q4cd - View Document

Biology / Medicine / TRPV1 / Hyperalgesia / Allodynia / Transient receptor potential cation channel /  member A1 / Neuropathic pain / Itch / Ketamine / Pain / Ion channels / Chemistry

Microsoft Word - Session_05_Pain and Nociception.doc

DocID: 1gdST - View Document

Mind / Hyperalgesia / Chronic pain / Pain management / Complex regional pain syndrome / Allodynia / Neuropathic pain / Pain wind-up / Pain / Medicine / Health

Presentation: Hans-Ulrich Zeilhofer

DocID: 1b09h - View Document

Allodynia / Hyperalgesia / Opioid / Morphine / Cancer pain / Prostate cancer / Astrocyte / Substance P / Osteoporosis / Medicine / Pain / Neuropathic pain

Curr Pain Headache Rep:423 DOIs11916CANCER PAIN (D MARCUS, SECTION EDITOR) Using Animal Models to Understand Cancer Pain in Humans

DocID: 1aYLS - View Document

Nociception / Sensory system / Learning / Sensitization / Allodynia / Spinal cord / Calcitonin gene-related peptide / Chronic pain / Neuron / Mind / Pain / Nervous system

Neuroscience/ Medicine Planning Group Members: Andreas Draguhn and Ryota Hashimoto Mechanisms of chronic pain Speaker: Tomohiro Ushida, Aichi Medical University 1. Introduction

DocID: 1aQ0D - View Document