<p>The additive model for minor allele was used and odds ratios were calculated by logistic regression analysis.</p><p>SNP: single nucleotide polymorphism; MAF: minor allele frequency; OR: odds ratio.</p><p>P values were adjusted for sex, age and BMI.</p
OBJECTIVE: To investigate the association of risk alleles for type 2 diabetes with prediabetes accou...
<p>Logistic regression as to risk for prediabetes of SNPs per allele (2a) or sum score (2b).</p
<p>MAF – minor allele frequency in UKADS/DGP normoglycaemic control subjects, OR (95% CI) – allelic ...
<p>The additive model for minor allele was used and odds ratios were calculated by logistic regressi...
<p>MAF, minor allele frequency; OR: odds ratio; 95% CI, 95% confidence interval; * Associated with r...
<p>The additive model was used in the association analyses between genotype and type 2 diabetes.</p>...
<p>Abbreviations: SNP, single nucleotide polymorphism; Chr, chromosome; OR, odds ratio; CI, confiden...
<p>1. MAF = Minor allele frequency determined in this dataset.</p><p>2. p values for unadjusted as...
a<p>Frequency of minor homozygote/heterozygote/major homozygote.</p>b<p>Adjusting for age, sex and B...
<p>Results of linear regression analysis with adjusting age, sex and log-transformed BMI are present...
<p>The ORs (95% CIs) and <i>P</i> values for type 2 diabetes were calculated using logistic regressi...
<p>MAF- minor allele frequency, OR- ODD's ratio. <i>P</i>- P value calculated by Chi Squared test fo...
To investigate the association of risk alleles for type 2 diabetes with prediabetes accounting for a...
<p>The results of linear regression analysis with adjustment for age, sex and BMI are presented.</p>...
<p>SNPs,single nucleotide polymorphisms; p-DM, pre-diabetes.</p><p>OR′: adjusted for gender, age, BM...
OBJECTIVE: To investigate the association of risk alleles for type 2 diabetes with prediabetes accou...
<p>Logistic regression as to risk for prediabetes of SNPs per allele (2a) or sum score (2b).</p
<p>MAF – minor allele frequency in UKADS/DGP normoglycaemic control subjects, OR (95% CI) – allelic ...
<p>The additive model for minor allele was used and odds ratios were calculated by logistic regressi...
<p>MAF, minor allele frequency; OR: odds ratio; 95% CI, 95% confidence interval; * Associated with r...
<p>The additive model was used in the association analyses between genotype and type 2 diabetes.</p>...
<p>Abbreviations: SNP, single nucleotide polymorphism; Chr, chromosome; OR, odds ratio; CI, confiden...
<p>1. MAF = Minor allele frequency determined in this dataset.</p><p>2. p values for unadjusted as...
a<p>Frequency of minor homozygote/heterozygote/major homozygote.</p>b<p>Adjusting for age, sex and B...
<p>Results of linear regression analysis with adjusting age, sex and log-transformed BMI are present...
<p>The ORs (95% CIs) and <i>P</i> values for type 2 diabetes were calculated using logistic regressi...
<p>MAF- minor allele frequency, OR- ODD's ratio. <i>P</i>- P value calculated by Chi Squared test fo...
To investigate the association of risk alleles for type 2 diabetes with prediabetes accounting for a...
<p>The results of linear regression analysis with adjustment for age, sex and BMI are presented.</p>...
<p>SNPs,single nucleotide polymorphisms; p-DM, pre-diabetes.</p><p>OR′: adjusted for gender, age, BM...
OBJECTIVE: To investigate the association of risk alleles for type 2 diabetes with prediabetes accou...
<p>Logistic regression as to risk for prediabetes of SNPs per allele (2a) or sum score (2b).</p
<p>MAF – minor allele frequency in UKADS/DGP normoglycaemic control subjects, OR (95% CI) – allelic ...