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downs of other equities, as the ascent of MTW was relatively uninterrupted (Figure 10.15). One nal example of this pattern (before we look at some pattern failures) is stock ticker PTR, which sports a rather dainty handle on its right side (Figure 10.16). It should be pointed out once again that often the best stocks are those that already seem too expensive. When this stock made its way above resistance, you would have been fair to observe that it had already doubled in price in just a year. It might feel too risky to buy into the stock. The more potent fact, however, is that it was moving out of a very large, reliable pattern. Taking the risk by buying into this expensive stock paid off remarkably for those who bought. The price increased from the breakout point (see arrow) to about $125 in only a couple of years (Figure 10.17). These examples might seem to make it easy to get huge returns on stocks, as long as you can locate the right pattern. This is not always the case. Any pattern is prone to failure, and when a pattern fails, you should get out of the position immediately. The nal portion of this chapter looks at these failures and their signs.

shown in the totals portion of Table 8.6, the weighted mean V P IQ discrepancy for right lesions due to head injuries is much less dramatic (+10.6) than the 17.5-point difference reported by Uzzell et al., and the V P discrepancy for left lesions is nonexistent ( 0.1). Patients with generalized or posterior tumors do not demonstrate clear-cut laterality findings. As shown in Table 8.6, tumors to the left hemisphere produced no V P difference for the composite sample of 132 patients; right-brain tumors for about an equal number of patients produced V > P, as predicted, but the mean value of 9 points is substantially less than the sizable discrepancy found for patients who have had strokes.

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hemisphere, and most of the samples were tested following the surgical removal of the affected temporal lobe. Consequently, it is sensible to conclude from Table 8.6 that the left temporal lobe has a clear impact on verbal ability, as measured by Wechsler s Verbal Scale, and the right temporal lobe has a small, but decided impact on a person s success on Wechsler s Performance Scale in comparison to the Verbal scale. Data for separate groups of patients with temporal lobe epilepsy suggest that the findings may hold true for males but not females; however, the small samples of men and women prevent anything other than tentative hypotheses. WAIS-III Data

The most frequent group of homogeneously defined patients with lateralized lesions has been patients with temporal lobe epilepsy. Data are presented for 12 separate samples in Table 8.6, most of whom were tested postoperatively following removal of the afflicted temporal lobe. For some of these samples, data were presented that permitted evaluation of V P discrepancies both before and after the lobectomy. Basic Findings for More than 400 Patients with Epilepsy Patients with temporal lobe epilepsy displayed predictable V P differences based on the side that the lesion was located. Because one sample comprised only children with epilepsy (Fedio & Mirsky, 1969), aggregated data are presented both with and without this young sample. Regardless of the inclusion of children, patients with left lesions had P > V by about 6 points, and those with right lesions had V > P by about 21 2 points. Because these composite values are based on about 500 patients, the results are probably generalizable to other samples of patients with temporal lobe epilepsy. These studies have the advantage of being confined to a reasonably specific part of each

The Psychological Corporation (1997, Tables 4.40 and 4.42) included postoperative data on 4 Verbal and 3 Performance subtests for 27 patients with temporal lobe epilepsy, 15 who had a left lobectomy (mean age = 32.5; 73.3% female; 93.3% Caucasian; 73.3% with at least some college) and 12 who had a right lobectomy (mean age = 30.5; 50% female; 58.3% Caucasian, 33.3% African American, 8.3% Hispanic; 75% with at least some college). The following WAIS-III subtests were administered to the 27 patients: Verbal (Vocabulary, Similarities, Digit Span, LetterNumber Sequencing) and Performance (Digit Symbol-Coding, Block Design, Matrix Reasoning). The patients with left lesions, who had a left lobectomy, earned a mean Performance scaled score of 10.0 compared to a mean of 8.3 on the Verbal subtests. This substantial difference is in the predicted direction of P > V. The patients with right lesions who had a right lobectomy averaged 9.8 on Verbal subtests and 10.2 on Performance subtests, a slight V > P pattern that is opposite to prediction. The predicted finding for patients with left lobectomy is consistent with previous research, as is the more pronounced result for patients with epilepsy who have left versus right temporal lesions. However, the opposite profile for patients with right lobectomies is not consistent with most previous re-

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