a<p>n = 42.</p>b<p>n = 44.</p>c<p>n = 19.</p>d<p>n = 63.</p>e<p>n = 62.</p>f<p>n = 61.</p>g<p>n = 43.</p>†<p>Lower than <i>Met/Met</i> and <i>Val/Met</i>, p<0.05, Bonferroni correction.</p><p>*p values are for the comparison of the three genotypes.</p><p>**One week prior to study entry.</p>#<p>Genotypic frequencies are in parentheses. <i>Met</i> allele frequency was .520 for whites and .340 African Americans; <i>Val</i> allele frequency was .480 for whites and .660 African Americans. The ethnicities showed <i>Met/Met</i> genotypic (χ<sup>2</sup> = 9.48, p = 0.002) and allelic differences (χ<sup>2</sup> = 8.43, p = 0.004).</p
<p>Comparison of genotype and allele frequencies in the control subjects of our study and those from...
<p>Data are presented in mean ± SD.</p><p>p-values were obtained by comparing the phenotypes among t...
<p>*41/201 indicates 41 minor alleles (T in this case) and 201 major alleles for a total of 242.</p>...
<p>The frequencies of M003-A06 among different ethnic groups except for the Taiwanese are derived fr...
<p>Abbreviations: CPD, mean number of cigarettes smoked in one day; FTND, Fagerstrom Test Nicotine d...
<p>Note: For analysis of alleles F and f, B and b, T and t, A and a, each subject was used twice. <b...
<p>Sample characteristics: sex, age and education. According to their rs1006737 genotype subjects we...
<p>Abbreviations:</p>a<p>M, major allele; m, minor allele.</p><p>Symbol: <sup>a</sup> frequency for ...
<p>Note: For the differential white blood cell counts, we present absolute values, obtained by multi...
<p><b>χ</b><sup>2</sup> was used to test whether the distribution of individuals to different groups...
Purpose: To explore ethnic and racial variations in the frequency, genotype–phenotype correlations, ...
<p>BMI, body mass index (calculated as weight in kilograms divided by height in meters squared); SES...
<p>Data represented as Mean±SD. A p-value < 0.05, determined by Tukey’s HSD, was considered statisti...
<p>Univariate and multivariate analysis of patients and ethnically matched control populations in SN...
*<p> = log transformed and adjusted for age, gender, BMI, glucose tolerance. ** = Square root transf...
<p>Comparison of genotype and allele frequencies in the control subjects of our study and those from...
<p>Data are presented in mean ± SD.</p><p>p-values were obtained by comparing the phenotypes among t...
<p>*41/201 indicates 41 minor alleles (T in this case) and 201 major alleles for a total of 242.</p>...
<p>The frequencies of M003-A06 among different ethnic groups except for the Taiwanese are derived fr...
<p>Abbreviations: CPD, mean number of cigarettes smoked in one day; FTND, Fagerstrom Test Nicotine d...
<p>Note: For analysis of alleles F and f, B and b, T and t, A and a, each subject was used twice. <b...
<p>Sample characteristics: sex, age and education. According to their rs1006737 genotype subjects we...
<p>Abbreviations:</p>a<p>M, major allele; m, minor allele.</p><p>Symbol: <sup>a</sup> frequency for ...
<p>Note: For the differential white blood cell counts, we present absolute values, obtained by multi...
<p><b>χ</b><sup>2</sup> was used to test whether the distribution of individuals to different groups...
Purpose: To explore ethnic and racial variations in the frequency, genotype–phenotype correlations, ...
<p>BMI, body mass index (calculated as weight in kilograms divided by height in meters squared); SES...
<p>Data represented as Mean±SD. A p-value < 0.05, determined by Tukey’s HSD, was considered statisti...
<p>Univariate and multivariate analysis of patients and ethnically matched control populations in SN...
*<p> = log transformed and adjusted for age, gender, BMI, glucose tolerance. ** = Square root transf...
<p>Comparison of genotype and allele frequencies in the control subjects of our study and those from...
<p>Data are presented in mean ± SD.</p><p>p-values were obtained by comparing the phenotypes among t...
<p>*41/201 indicates 41 minor alleles (T in this case) and 201 major alleles for a total of 242.</p>...