http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
pain system in normal and pathological states
International Association for the Study of Pain
Molecular mechanisms of noxious mechanosensation -- Thermal sensitivity of sensory neurons -- Peripheral mechanisms of allodynia and other forms of hyperalgesia in human skin -- Molecular approaches to the study of pain -- Balancing excitations and inhibitions in spinal circuits -- Brainstem modulation of pain after inflammation -- Molecular approaches to understanding the anatomical substrates of nociceptive processing -- Brainstem and pain : a complementary role with regard to the thalamus? -- Spinothalamocortical processing of pain -- Forebrain responses in normal and pathological pain states : implications for therapy -- The role of the sympathetic nervous system in pain processing -- Sensitization of trigeminovascular neurons and migraine therapy with triptans -- Endogenous central mechanisms of pain modulation -- Can the evaluation of drugs in animal pain models reliably predict the ability to produce clinical analgesia -- Bone cancer pain : mechanisms and potential therapies -- Neuropathic pain : sensory loss, hypersensitivity and spread of pain -- Novel strategies for neuropathic pain -- Novel strategies for modern neurosurgery -- Pain matters : a clinical viewpoint
editors, Luis Villanueva, Anthony H. Dickenson, Hélène Ollat.
Includes bibliographical references and index.
Progress in pain research and management ; v. 31