Narcolepsy :: Biology Essays Research Papers

Wake Up A Quick facial gesture at Narcolepsy It is estimated that humans spend one-third of their lives asleep (1). With sleep coming into court to be not only the ultimate pastime, but also a survival imperative, the field of sleep research is quite broad, boasting umteen different areas of study. By examining phenomena like sleep disturbances neurobiologists can hope to show the mechanisms of normative sleep, in addition to perfecting treatment for suffers. Narcolepsy is one such disorder that affects an estimated 250, 000 or 1 in 2000 Americans similar numbers are estimated for shaking palsy or multiple sclerosis (2). A widespread, though often misdiagnosed affection (fewer than 50, 000 are aware of their condition), narcolepsy can be characterized by chronic daytime sleepiness, cataplexy, sleep paralysis, and hypanogic hallucinations (3 ). The latter three of the tetrad of symptoms also occur in non-narcoleptic individuals sleep episodes are the main determinant in diagno sis. Only 20 to 25 percent of narcoleptics suffer from all four symptoms (2). This paper has some(prenominal) goals, all of which involve clarifying the disease and its symptoms in different contexts. In order to do this sleep will first be explained in some detail, followed by a biological and psychological treatment of narcolepsy. enquiry of narcolepsy and its implications for the future shows steps to be taken in order to acquire a better understanding this particular brain/behavior relationship. To kickoff at a beginning of sorts, REM sleep and its importance should be discussed. remainder is in fact not the passive activity it was formerly assumed to be. It appears that during sleep many things are going on in the brain, which are documented by electroencephalograms (EEGs) measuring neocortical neuronal activity. Sleep occurs in a cycle of distinct stagecoachs, with apparent contrasts from early sleep, dim sleep, and REM (rapid eye movement) sleep (4). During REM sleep n eurons in the neopallium behave similarly to how they would when a person is awake, displaying desynchronized EEG. The first REM stage occurs 70 to 90 minutes into sleep and approximately 20% of a nights sleep is spent in this type of sleep (4). Since this stage of quiescency is associated with dreaming, it is logical that in REM sleep muscles become temporarily paralyzed, a state called muscle atonia. REM sleep is important for overall wellness and regulation of the nervous system. In other sleep stages, or non-REM stages, EEGs are synchronized, only partial muscle relaxation is present, and dreaming is less haunt (2).