Saturday, January 8, 2011

Models of acute pain - research on the mouse

Care and postoperative pain management are interconnected. More than half of patients who have undergone surgery surgical experience a certain amount of pain after surgery. There was progress in controlling acute pain, but there are a lot of research on acute pain that despite improved surgical techniques and advances in technology, poorly controlled pain is always the first reason for hospital stay extended and complications resulting & infection models. It was recognized in the economy as well as the control of pain, as well as humanitarian importance of pain management prompted the attention from various parts of the world of various professionals.

There a lot of research to address issues related to acute pain as well as measures to control either drugs or with the use of non-pharmacological interventions. Because even brief episodes of acute pain can cause neuronal long-term and remodeling that awareness ("plasticity"), the pain, as well a lot of psychological distress. It is therefore urgent to find solutions to the problem of inadequate pain relief and the answer lies in the effective use of existing technologies that other results are established.

Effects of amitriptyline (models of acute pain) mice

When there is acute pain or nociceptive motor neuron in the central nervous system (CNS) Gets the signal to minimize pain perception. Analgesic activity in mice (models of acute pain) was observed after having administered amitriptyline. Mice were divided into different groups and were then administered amitriptyline in various doses. This was done only as well as a combination of morphine. Reaction time in the hot-plate testing as well as tail-Flick tests have been observed.

Conclusion

The results show that there was an Antinociceptive effect in these models of acute pain with amitriptyline. The results proved that amitriptyline when administered in combination with morphine drug showed better than just hot-plate test only morphine analgesic effects.

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Article Source: http://EzineArticles.com/?expert=Bobert_Richardson


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