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RECURRENT ABDOMINAL PAIN IN CHILDREN While many patients describe GI distress dating back to their childhood, IBS is not usually a diagnosis associated with children and younger adolescents. There is, however, a functional GI disorder that does occur in childhood that may have some bearing on a future diagnosis of IBS recurrent abdominal pain (RAP). Apley and Naish (1958) proposed the most commonly used de nition of RAP: three episodes of pain occurring within three months that are severe enough to affect a child s activities and for which an organic explanation cannot be found. Prevalence RAP may be the most common recurrent pain problem of childhood. It is usually recognized in children older than 6 years (Wyllie & Kay, 1993). Faull and Nicol (1986) found a prevalence of almost 25% in an epidemiological study of 439 5- and 6-year-olds in northern England. A much earlier study (Apley & Naish, 1958) reported a prevalence rate of 11% among 1,000 children from primary and secondary schools. Typically, the peak age for RAP is between 11 and 12 years of age (Stickler & Murphy, 1979). With respect to gender, results are mixed. Faull and Nicol (1986) found equivalent prevalence among 5- and 6-year-olds, but Apley and Naish (1958) and Stickler and Murphy (1979) reported a higher incidence among girls, much like that of adulthood IBS. RAP sufferers miss several school days per year (Bury, 1987; Robinson, Alverez, & Dodge, 1990) and make frequent visits to the pediatrician. P. A. McGrath (1990) estimates that

ocks on the rocky shore He noted that some individuals had a higher level of vigilance than expected given the size of the ocks that he felt that they were part of The reasons for this were twofold Firstly, local topography was important Although the birds on the beach may have appeared to all be part of one ock from the perspective of a human observer, the irregular nature of the shore meant that within an area individual birds were often invisible to one another for some of the time During these periods it was apparent that birds did not trust individuals that they could not see to be vigilant on their behalf The second reason that some birds were more or less vigilant than might be expected was because the study animals may have had their own views on who was and was not part of their ock.

if(verbose) {printf( else {printf( \n );} fflush(stdout); } } if(debug) { printf( %s } fclose(fin); return(0); } %g\n , zval);}

Metcalfe found that each species tended to share vigilance only with those species of similar size and ecology to themselves Presumably, therefore, they only trusted birds facing similar risks to themselves The bene ts of being a member of a group might not be shared equally between all group members In 6 I mentioned that hunting jack preferentially targeted stragglers on the periphery of an anchovy school Similarly crows or large gulls predating the nests in a black-headed gull colony are far more likely to attack nests on the edge of the colony, and so central sites are much sought after and strongly contested This observation has been formalized as the sel sh herd effect which states that it should always pay an individual to be at the center of a group, and to use its group mates as shield against attack.

A = area of transference T = temperature difference L = thickness of the material k = thermal conductivity coef cient The coef cient k depends on the foodintrinsic properties; it actually de nes how heating is facilitated or prevented by the treated material. Comparing k for stainless steel versus k for meats makes clear the low conduction rate in foods. In stainless steel, k = 45.872 kg cal/h m2 C (Green and Maloney 1997), whereas on the average, k = 1.464 kg cal/h m2 for meat (Mittal and Usborne 1985). Conduction may differ even in different cuts of the same animal, due to the particular chemical composition. Siripon et al. (2007) reported different average thermal conductivity for white and dark poultry meat.

/* Main program */ void main(int argc, char* argv[]) { int test; char fn[128]; StatDat stats; strcpy(fn, argv[1]); test = FileStats(fn, &stats); if(test == 0) { printf( %.3f %.3f %.3f %.3f %.3f %.4f %.4f %d\n , stats.avg, stats.var, stats.skew, stats.kurt, stats.avg_dev, stats.prev, stats.self, stats.diff_vals); } else { printf( Stats returned error code %d\n , test); } }