Search for dissertations about: "pain in animals"
Showing result 1 - 5 of 57 swedish dissertations containing the words pain in animals.
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1. Acetylcholine in Spinal Pain Modulation : An in vivo Study in the Rat
Abstract : The spinal cord is an important component in the processing and modulation of painful stimuli. Nerve signals from the periphery are relayed and further conducted to the brain (nociception) in the spinal cord, and the most essential modulation of painful information (antinociception) occurs here. READ MORE
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2. Estrogen receptor expression in relation to pain modulation and transmission : experimental studies in rats
Abstract : Estrogens have a remarkably wide range of actions in the mammalian brain. They not only play a pivotal role in reproductive behavior and sexual differentiation, but also contribute to e.g. thermoregulation, feeding, memory, neuronal survival and the perception of somatosensory stimuli. READ MORE
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3. Craniofacial pain of cardiac origin : an interdisciplinary study
Abstract : Referred pain is frequently associated with misdiagnosis and unnecessary therapy directed to the pain location instead of its origin. When craniofacial pain is the sole symptom of myocardial ischemia, failure to recognize its cardiac source can endanger the patient. READ MORE
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4. Interactions with pain-related systems - Towards new electrical treatments for chronic pain
Abstract : Background. Persistent intolerable pain is still an unsolved issue with a huge socioeconomic impact. To develop appropriate treatments, it is crucial to understand the complex mechanisms underlying pain and how they change during sustained pain stimuli or during pathological conditions. READ MORE
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5. Itch and Pain Inhibitory Mechanisms in Humans - evidence for a differential control of nociceptive senses
Abstract : It is known that stimulation of thin nerve afferents can inhibit itch and pain and that the nociceptive systems have a detailed topographical organisation, with subsystems exhibiting specific excitatory and inhibitory receptive fields. On this basis, a new technique was developed, termed Cutaneous Field Stimulation (CFS), that electrically stimulates thin nerve fibers innervating specific skin fields. READ MORE