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group_2_presentation_2_-_migraines [2016/03/09 19:50]
monachd
group_2_presentation_2_-_migraines [2018/01/25 15:18] (current)
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 ====== Migraines ====== ====== Migraines ======
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 +{{:​final_copy-migraine_headaches-_group_2_presentation_2_life_sci_4m03.pptx|}}
  
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 ====== Treatment ====== ​ ====== Treatment ====== ​
-To date, there is no actual cure for migraine sufferers. Ideally, acute treatment of migraine should work rapidly, with few side effects, be cost effective and get the patient functional as soon as possible. Drug therapeutics that do exist are primarily targeted around symptom relief during and after the migraine attack. Acute treatment can be divided into migraine specific and nonspecific therapy. ​<​sup>​[12]</​sup>​+To date, there is no actual cure for migraine sufferers. Ideally, acute treatment of migraine should work rapidly, with few side effects, be cost effective and get the patient functional as soon as possible. Drug therapeutics that do exist are primarily targeted around symptom relief during and after the migraine attack. Acute treatment can be divided into migraine specific and nonspecific therapy.
  
 **Ergotamines:​**  ​ **Ergotamines:​**  ​
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 It was first isolated by Arthur Stole in 1918 and first used as a treatment option for migraines in 1925 (Kalra & Elliott, 2007). Its chemical structure is similar to that of amines, serotonin, norepinephrine and dopamine. The mode of action of ergotamine in migraine may be by means of selective arterial vasoconstriction on certain cranial vessel beds or, alternatively,​ by depression of central serotonergic neurons mediating pain transmission or circulatory regulation (Kalra & Elliott, 2007). They have a complex mode of action that involves interaction with a variety of receptors which include 5-HT, dopamine and noradrenaline. ​ It was first isolated by Arthur Stole in 1918 and first used as a treatment option for migraines in 1925 (Kalra & Elliott, 2007). Its chemical structure is similar to that of amines, serotonin, norepinephrine and dopamine. The mode of action of ergotamine in migraine may be by means of selective arterial vasoconstriction on certain cranial vessel beds or, alternatively,​ by depression of central serotonergic neurons mediating pain transmission or circulatory regulation (Kalra & Elliott, 2007). They have a complex mode of action that involves interaction with a variety of receptors which include 5-HT, dopamine and noradrenaline. ​
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