How do you choose which SNPs are evaluated in GeneWize LifeMap Healthy Aging ™ DNA assessment?
Although human DNA contains millions of SNPs, GeneLink scientist used the following criteria to choose the SNPs for the GeneWize LifeMap Healthy Aging DNA assessment: (1) Valid The existence of the SNP is supported by solid, credible scientific evidence. Gene SNPs are added as knowledge progresses. (2) Important A SNP predicts biochemical processes that associate with significant, specific physiologic disadvantages. (3) Frequent The SNP frequency is relatively common among the general population. (4) Actionable A SNPs negative potential can be modulated by nutritional formulations (for example).
Although human DNA contains millions of SNPs, GeneLink scientist used the following criteria to choose the SNPs for the GeneWize LifeMap Healthy Aging ™ DNA assessment: (1) Valid – The existence of the SNP is supported by solid, credible scientific evidence. Gene SNPs are added as knowledge progresses. (2) Important – A SNP predicts biochemical processes that associate with significant, specific physiologic disadvantages. (3) Frequent – The SNP frequency is relatively common among the general population. (4) Actionable – A SNP’s negative potential can be modulated by nutritional formulations (for example).
• Although human DNA contains millions of SNPs, GeneLink scientist used the following criteria to choose the SNPs for the GeneWize LifeMap Healthy Aging ™ DNA assessment: • (1) Valid – The existence of the SNP is supported by solid, credible scientific evidence. Gene SNPs are added as knowledge progresses. • (2) Important – A SNP predicts biochemical processes that associate with significant, specific physiologic disadvantages. • (3) Frequent – The SNP frequency is relatively common among the general population. • (4) Actionable – A SNP’s negative potential can be modulated by nutritional formulations (for example).
