Genetics
Vitamin D Receptor Genomics: Connecting Immune Regulation to Multiple Sclerosis29, Jul 2026
Topic hub
Omics Analysis
This pillar groups omics analysis posts that connect molecular measurements with disease mechanisms, biomarkers, and pathway-level interpretation.
Core Questions
Which molecular layers best explain disease biology?
How can pathway analysis turn high-dimensional results into interpretable mechanisms?
Where do omics findings suggest biomarkers or therapeutic hypotheses?
Topic Clusters
Core Articles
Genetics
Vitamin D Receptor Genomics: Connecting Immune Regulation to Multiple Sclerosis
29, Jul 2026This blog post examines how vitamin D may influence multiple sclerosis through the genomic activity of the vitamin D receptor. It explores the...
Genetics
From Inflammation to Metabolism: Genetic Insights into Multiple Sclerosis
28, Jul 2026This blog post examines a Mendelian randomization study investigating whether circulating inflammatory proteins and cerebrospinal fluid...
Genetics
Metabolic Clues to Multiple Sclerosis: What Mendelian Randomization Reveals
27, Jul 2026This blog post examines a metabolome-wide Mendelian randomization study that investigated whether genetically predicted differences in circulating...
Genetics
Lipid Metabolism and Multiple Sclerosis Severity: Genetic Evidence for a Causal Role of FADS1
27, Jul 2026This blog post examines a recent integrative genetic study investigating whether metabolic alterations contribute causally to the severity of...
Genetics
Vitamin D and Multiple Sclerosis: What Genetic Evidence Reveals About Causality
25, Jul 2026This blog post examines a landmark Mendelian randomization study investigating whether low vitamin D status contributes directly to the...
Genetics
Expanding the Genetic Map of Multiple Sclerosis Across Global Populations
24, Jul 2026This blog post examines why the genetic study of multiple sclerosis must expand beyond predominantly European-ancestry populations. It explores...
Genetics
Lipid Metabolism and Multiple Sclerosis Severity: Genetic Evidence for a Causal Role of FADS1
22, Jul 2026This blog post examines a recent integrative genetic study investigating whether metabolic alterations contribute causally to the severity of...
Genetics
Rare Coding Variants and the Genetic Basis of Multiple Sclerosis
22, Jul 2026This blog post examines how low-frequency and rare protein-coding variants contribute to multiple sclerosis susceptibility beyond the genetic...
Genetics
Genetic Modulation of Lipid-Associated Disability Progression in Multiple Sclerosis
21, Jul 2026This blog post examines evidence that lipid metabolism and inherited genetic variation may jointly influence disability progression in multiple...
Genetics
Serotonin, Adenosine Metabolism and Multiple Sclerosis: A Multi-Omics Perspective
20, Jul 2026This blog post examines a recent study proposing that elevated serotonin may increase susceptibility to multiple sclerosis by suppressing...
Genetics
Metabolic Drivers of Multiple Sclerosis: Insights from a Metabolome-Wide Mendelian Randomization Study
19, Jul 2026This blog post examines how a large-scale Mendelian randomization analysis used genetic variants to investigate whether circulating metabolites...
Genetics
Aromatic Amino Acid Metabolism as a Metabolic–Immune Link in Multiple Sclerosis
18, Jul 2026This blog post examines a multi-omic study identifying substantial alterations in aromatic amino acid metabolism in people with multiple...