• Interesting papers
    • Connecting genetic risk to disease end points through the human blood plasma proteome
    • Epigenetics meets metabolomics
    • Genetics of human metabolism: an update
    • Review Paper: Biochemical insights from population studies with genetics and metabolomics
  • Genetic associations
    • rs174548: FADS1 and arachidonic acid
    • rs1495741: NAT2, acetylation of urinary and blood metabolites, and bladder cancer
    • rs272889: SLC22A4 (OCTN1) and acylcarnitines
  • Resources
    • A Table of all published Omics studies with Covid-19
    • A Table of all published GWAS with metabolomics
    • A Table of all published GWAS with proteomics
    • A Table of all published GWAS with glycomics
    • A Table of all published GWAS with DNA methylation
    • A Table of all published EWAS with deep molecular phenotypes (omics)
    • SNiPA – a single nucleotide polymorphisms annotator and browser
    • The metabolomics GWAS server gwas.eu
    • The proteomics GWAS server proteomics.gwas.eu
  • Comics
    • Comics homepage
    • Comics web-server
  • Misc.
    • NIH Metabolomics Interest Group Webinar
    • Book recommendation: Genetics Meets Metabolomics – from Experiment to Systems Biology
    • Metabolomics platforms: The Biocrates p150 and p180 kit
    • GWAS: the Michelson-Morley experiment of biology
  • Links
  • Interesting papers
    • Connecting genetic risk to disease end points through the human blood plasma proteome
    • Epigenetics meets metabolomics
    • Genetics of human metabolism: an update
    • Review Paper: Biochemical insights from population studies with genetics and metabolomics
  • Genetic associations
    • rs174548: FADS1 and arachidonic acid
    • rs1495741: NAT2, acetylation of urinary and blood metabolites, and bladder cancer
    • rs272889: SLC22A4 (OCTN1) and acylcarnitines
  • Resources
    • A Table of all published Omics studies with Covid-19
    • A Table of all published GWAS with metabolomics
    • A Table of all published GWAS with proteomics
    • A Table of all published GWAS with glycomics
    • A Table of all published GWAS with DNA methylation
    • A Table of all published EWAS with deep molecular phenotypes (omics)
    • SNiPA – a single nucleotide polymorphisms annotator and browser
    • The metabolomics GWAS server gwas.eu
    • The proteomics GWAS server proteomics.gwas.eu
  • Comics
    • Comics homepage
    • Comics web-server
  • Misc.
    • NIH Metabolomics Interest Group Webinar
    • Book recommendation: Genetics Meets Metabolomics – from Experiment to Systems Biology
    • Metabolomics platforms: The Biocrates p150 and p180 kit
    • GWAS: the Michelson-Morley experiment of biology
  • Links
Human Metabolic Individuality

A blog about metabolomics, genomics, and where the two fields meet.

Genetic associations

Posts about specific genetically influenced metabotypes, mQTLS, and more

Glycomics – the next frontier – explored by GWAS

by karsten | posted in: Genetic associations |

This blog is about the new genome-wide association study (GWAS) with blood protein N-glycosylation “Defining the genetic control of human blood plasma N-glycome using genome-wide association study” by Sharapov et al. on bioRxiv. The 2012 National Research Council (US) Committee … Read More

rs174548: FADS1 and arachidonic acid

by karsten | posted in: Genetic associations |

The association of the FADS1 locus with arachidonic acid and metabolites on its pathway is one of the loci with the strongest association signal and it is a prototype for a genetically influence metabotype (GIM). Here we collect information from … Read More

rs1495741: NAT2, acetylation of urinary and blood metabolites, and bladder cancer

by karsten | posted in: Genetic associations |

We first reported an association of the NAT2 in a GWAS with NMR-derived urinary metabolites in [Suhre et al., Nature Genetics, 2011]: “On chromosome 8, SNP rs4921914 is located 14 kb downstream of and in linkage disequilibrium with the gene … Read More

rs272889: SLC22A4 (OCTN1) and acylcarnitines

by karsten | posted in: Genetic associations |

The locus tagged by SNP rs272889 associates with a number of acylcarnitines, with isovalerylcarnitine (Metabolon platform) and the valine/C5 ratio (Biocrates platform) showing the strongest signals. This locus also associates with body height. NEWS: A recent paper on genome-wide patterns … Read More

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  • A Table of all published GWAS with metabolomics
  • A Table of all published EWAS with deep molecular phenotypes (omics)
  • A Table of all published GWAS with proteomics
  • Comics take on: glycoprotein acetyls

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