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The gross EEG abnormalities discussed above are by themselves clearly abnormal, and any formulation of the patient s clinical state should attempt to account for them These abnormalities include seizure discharges, generalized and extreme slowing, de nite slowing with a clear-cut asymmetry or focal slowing or suppression of amplitude, and absence of normal rhythms Lesser degrees of these abnormalities form a continuum between the undoubtedly abnormal and the completely normal and are of correspondingly minor significance Findings such as 14- and 6-per-second positive spikes or small sharp waves during sleep, scattered 5- or 6-per-second slowing, minor voltage asymmetries, and persistence of breakdown for a few minutes after hyperventilation are interpreted as borderline abnormalities The latter abnormalities may be meaningful, but only if correlated with particular clinical phenomena Whereas borderline deviations in an otherwise entirely normal person have no clinical signi cance, the same minimal EEG ndings associated with particular clinical signs and symptoms become important The signi cance of a normal or negative EEG in certain patients suspected of having a cerebral lesion has been discussed above In summary, the results of the EEG, like those of the EMG and electrocardiogram, are meaningful only in relation to the illnesses under consideration and the clinical state of the patient at the time the recordings were made

The stimulation of sense organs or peripheral nerves evokes an electrical response in the corresponding cortical receptive areas and in a number of subcortical relay stations However, one cannot place a recording electrode near the nuclear relay stations, nor can one detect tiny potentials of only a few microvolts among the much larger background activity in the EEG or EMG The use of averaging methods, introduced by Dawson in 1954, and the subsequent development of computer techniques have provided the means of overcoming these problems Initially, emphasis was on the study of late waves (over 75 ms after the stimulus) because they are of high amplitude and easy to record However, there is more clinical utility in recording the much smaller, so-called short-latency waveforms, which are received at each nuclear relay within the main

trade, and if the market were to fall signi cantly, the delta of the 575 put option would increase at a signi cant rate The 575 call option would lose value and delta against the 575 put option The delta of the position would become skewed to the short side fairly quickly and increase rapidly as the market fell To maintain the offsetting delta, the 575 call option would have to be liquidated, and a lower call option would have to be sold to return to neutral delta, or both options would have to be liquidated and replaced with lower strike prices You have your original two transaction commissions, and now you have added four more two to liquidate and two to originate the new spread We are up to six commissions and are likely in the hole on the total premium unless volatility drops signi cantly Let s say you go ahead and roll down in steady volatility and replace the 575 strike prices with a 500 strike price straddle You are now back to neutral delta, and we ll say hypothetically that you regained your original premium level by the transaction If MCD fell to 46, would you add an additional four commissions to the total costs of trading and maybe retain your original premium The risk would be substantial to do so If the market returns to the uptrend in conditions of increasing implied volatility rolling back the other direction to maintain neutral delta continues to increase the number of commissions and you would have to be able to react fast enough to roll back the other way and maintain the constant delta neutral In decreasing implied volatility conditions, the chances of maintaining the premium level are very small By the time you add up the brokerage commissions and what is likely to be some losses from the.

One setting deserves mention before we go to the next example: Swap Display Axis, which is found in the Web Items area and not in the chart type configuration Depending on whether or not you have this turned on, the whole look and feel of the chart will change The next illustration shows the results both of having that parameter turned on (shown on the left) and having it turned off As you can see, this adjusts the entire display of the data and allows you to decide what look is best for your customer base Both have different pros and cons, but overall they present the story very differently

sensory systems These waveforms are maximized by the computer to a point where their latency and voltage can easily be measured One of the most remarkable properties of evoked potentials is their resistance to anesthesia, sedative drugs, and in comparison with EEG activity even damage of the cerebral hemispheres This permits their use for monitoring the integrity of cerebral pathways in situations that render the EEG useless The details of these techniques are reviewed in Chiappa s monograph The interpretation of evoked potentials (visual, auditory, and somatosensory) is based on the prolongation of the latencies of the waveforms after the stimulus, the interwave latencies, and asymmetries in timing Norms have been established, but it is still advisable to con rm these in each laboratory Typically 25 or 3 standard deviations above the mean latency for any measurement is taken as the de nition of abnormality (Table 2-4) The amplitudes of the waves are less informative Visual Evoked Potentials For many years it had been known that a light stimulus ashing on the retina often initiates a discernTable 2-4 Main sensory evoked potential latencies from stimulus, millisecondsa

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