SNP rs35929607, located in an intron of STK39 gene, is associated with blood pressure in the Amish population.

This SNP, rs35929607, has 2 alleles, A and G. Allele G is found less frequently and has an allele frequency of approximately 0.2-0.4 in populations studied thus far. We genotyped all participants of this study and determine if they are homozygous for the G allele, i.e., have the GG genotype, or are heterozygous (AG genotype), or are homozygous for the A allele and have the AA genotype.

Because no P-values less than 0.05 was observed, we did not adjust them for multiple comparison to avoid false positives.

Association between genotype and phenotype were tested using a linear mixed model, coding genotype as an independent variable with an additive genetic effect, and including age, age^2, and sex as covariates in the model. All association analyses were run using the Mixed Models for Pedigree Analysis (MMAP) software program to account for the relatedness among study subjects. MMAP User Guide is available from http://edn.som.umaryland.edu/mmap/index.php.

SNP rs35929607, located in an intron of STK39 gene, is associated with blood pressure in the Amish population.

This SNP, rs35929607, has 2 alleles, A and G. Allele G is found less frequently and has an allele frequency of approximately 0.2-0.4 in populations studied thus far. We genotyped all participants of this study and determine if they are homozygous for the G allele, i.e., have the GG genotype, or are heterozygous (AG genotype), or are homozygous for the A allele and have the AA genotype.

Null hypothesis: There is no association between STK39 SNP rs35909607 genotype group and phenotypes collected in this study.

Because no P-values less than 0.05 was observed, we did not adjust them for multiple comparison to avoid false positives.

Association between genotype and phenotype were tested using a linear mixed model, coding genotype as an independent variable with an additive genetic effect, and including age, age^2, and sex as covariates in the model. All association analyses were run using the Mixed Models for Pedigree Analysis (MMAP) software program to account for the relatedness among study subjects. MMAP User Guide is available from http://edn.som.umaryland.edu/mmap/index.php.

SNP rs35929607, located in an intron of STK39 gene, is associated with blood pressure in the Amish population.

This SNP, rs35929607, has 2 alleles, A and G. Allele G is found less frequently and has an allele frequency of approximately 0.2-0.4 in populations studied thus far. We genotyped all participants of this study and determine if they are homozygous for the G allele, i.e., have the GG genotype, or are heterozygous (AG genotype), or are homozygous for the A allele and have the AA genotype.

Null hypothesis: There is no association between STK39 SNP rs35909607 genotype group and phenotypes collected in this study.

Because no P-values less than 0.05 was observed, we did not adjust them for multiple comparison to avoid false positives.

Association between genotype and phenotype were tested using a linear mixed model, coding genotype as an independent variable with an additive genetic effect, and including age, age^2, and sex as covariates in the model. All association analyses were run using the Mixed Models for Pedigree Analysis (MMAP) software program to account for the relatedness among study subjects. MMAP User Guide is available from http://edn.som.umaryland.edu/mmap/index.php.

SNP rs35929607, located in an intron of STK39 gene, is associated with blood pressure in the Amish population.

This SNP, rs35929607, has 2 alleles, A and G. Allele G is found less frequently and has an allele frequency of approximately 0.2-0.4 in populations studied thus far. We genotyped all participants of this study and determine if they are homozygous for the G allele, i.e., have the GG genotype, or are heterozygous (AG genotype), or are homozygous for the A allele and have the AA genotype.

Null hypothesis: There is no association between STK39 SNP rs35909607 genotype group and phenotypes collected in this study.

Because no P-values less than 0.05 was observed, we did not adjust them for multiple comparison to avoid false positives.

Association between genotype and phenotype were tested using a linear mixed model, coding genotype as an independent variable with an additive genetic effect, and including age, age^2, and sex as covariates in the model. All association analyses were run using the Mixed Models for Pedigree Analysis (MMAP) software program to account for the relatedness among study subjects. MMAP User Guide is available from http://edn.som.umaryland.edu/mmap/index.php.

SNP rs35929607, located in an intron of STK39 gene, is associated with blood pressure in the Amish population.

This SNP, rs35929607, has 2 alleles, A and G. Allele G is found less frequently and has an allele frequency of approximately 0.2-0.4 in populations studied thus far. We genotyped all participants of this study and determine if they are homozygous for the G allele, i.e., have the GG genotype, or are heterozygous (AG genotype), or are homozygous for the A allele and have the AA genotype.

Null hypothesis: There is no association between STK39 SNP rs35929607 genotype group and phenotypes collected in this study.

Because no P-values less than 0.05 was observed, we did not adjust them for multiple comparison to avoid false positives.

Association between genotype and phenotype were tested using a linear mixed model, coding genotype as an independent variable with an additive genetic effect, and including age, age^2, and sex as covariates in the model. All association analyses were run using the Mixed Models for Pedigree Analysis (MMAP) software program to account for the relatedness among study subjects. MMAP User Guide is available from http://edn.som.umaryland.edu/mmap/index.php.

SNP rs35929607, located in an intron of STK39 gene, is associated with blood pressure in the Amish population.

This SNP, rs35929607, has 2 alleles, A and G. Allele G is found less frequently and has an allele frequency of approximately 0.2-0.4 in populations studied thus far. We genotyped all participants of this study and determine if they are homozygous for the G allele, i.e., have the GG genotype, or are heterozygous (AG genotype), or are homozygous for the A allele and have the AA genotype.

Null hypothesis: There is no association between STK39 SNP rs35929607 genotype group and phenotypes collected in this study.

Because no P-values less than 0.05 was observed, we did not adjust them for multiple comparison to avoid false positives.

Association between genotype and phenotype were tested using a linear mixed model, coding genotype as an independent variable with an additive genetic effect, and including age, age^2, and sex as covariates in the model. All association analyses were run using the Mixed Models for Pedigree Analysis (MMAP) software program to account for the relatedness among study subjects. MMAP User Guide is available from http://edn.som.umaryland.edu/mmap/index.php.

SNP rs35929607, located in an intron of STK39 gene, is associated with blood pressure in the Amish population.

This SNP, rs35929607, has 2 alleles, A and G. Allele G is found less frequently and has an allele frequency of approximately 0.2-0.4 in populations studied thus far. We genotyped all participants of this study and determine if they are homozygous for the G allele, i.e., have the GG genotype, or are heterozygous (AG genotype), or are homozygous for the A allele and have the AA genotype.

Null hypothesis: There is no association between STK39 SNP rs35929607 genotype group and phenotypes collected in this study.

Because no P-values less than 0.05 was observed, we did not adjust them for multiple comparison to avoid false positives.

Association between genotype and phenotype were tested using a linear mixed model, coding genotype as an independent variable with an additive genetic effect, and including age, age^2, and sex as covariates in the model. All association analyses were run using the Mixed Models for Pedigree Analysis (MMAP) software program to account for the relatedness among study subjects. MMAP User Guide is available from http://edn.som.umaryland.edu/mmap/index.php.

SNP rs35929607, located in an intron of STK39 gene, is associated with blood pressure in the Amish population.

This SNP, rs35929607, has 2 alleles, A and G. Allele G is found less frequently and has an allele frequency of approximately 0.2-0.4 in populations studied thus far. We genotyped all participants of this study and determine if they are homozygous for the G allele, i.e., have the GG genotype, or are heterozygous (AG genotype), or are homozygous for the A allele and have the AA genotype.

Null hypothesis: There is no association between STK39 SNP rs35929607 genotype group and phenotypes collected in this study.

Because no P-values less than 0.05 was observed, we did not adjust them for multiple comparison to avoid false positives.

Association between genotype and phenotype were tested using a linear mixed model, coding genotype as an independent variable with an additive genetic effect, and including age, age^2, and sex as covariates in the model. All association analyses were run using the Mixed Models for Pedigree Analysis (MMAP) software program to account for the relatedness among study subjects. MMAP User Guide is available from http://edn.som.umaryland.edu/mmap/index.php.

SNP rs35929607, located in an intron of STK39 gene, is associated with blood pressure in the Amish population.

This SNP, rs35929607, has 2 alleles, A and G. Allele G is found less frequently and has an allele frequency of approximately 0.2-0.4 in populations studied thus far. We genotyped all participants of this study and determine if they are homozygous for the G allele, i.e., have the GG genotype, or are heterozygous (AG genotype), or are homozygous for the A allele and have the AA genotype.

Null hypothesis: There is no association between STK39 SNP rs35929607 genotype group and phenotypes collected in this study.

Because no P-values less than 0.05 was observed, we did not adjust them for multiple comparison to avoid false positives.

Association between genotype and phenotype were tested using a linear mixed model, coding genotype as an independent variable with an additive genetic effect, and including age, age^2, and sex as covariates in the model. All association analyses were run using the Mixed Models for Pedigree Analysis (MMAP) software program to account for the relatedness among study subjects. MMAP User Guide is available from http://edn.som.umaryland.edu/mmap/index.php.