Related by context. Frequent words. (Click for all words.) 71 genetic polymorphisms 67 susceptibility genes 66 molecular mechanisms underlying 65 histone modifications 64 genetic variants 64 genetic underpinnings 64 cellular pathways 64 chromosomal regions 63 susceptibility gene 63 gene expression patterns 62 gene variants 62 molecular pathways 62 genetic markers 62 physiological mechanisms 62 muscular dystrophies 62 genetic mutations 61 biological pathways 61 aetiology 61 etiology 61 predisposing factors 61 genetic variations 61 mutated genes 60 cell signaling pathways 60 epigenome 60 inflammatory bowel diseases 60 atherothrombosis 60 genetic variation 60 protein misfolding 60 microRNA expression 60 neoplastic 60 CNVs 60 biomarkers 59 amyloid deposits 59 pathophysiological 59 microbiota 59 PsA 59 FTLD 59 biochemical markers 59 genes 59 carcinoid 59 metabolic abnormalities 59 serotonin receptor 59 subtypes 59 brain lesions 59 systemic inflammation 59 mitochondrial dysfunction 59 periodontitis 59 microbiome 59 T. gondii 58 NAFLD 58 primary biliary cirrhosis 58 dysregulated 58 carbohydrate metabolism 58 gut microbes 58 genetic susceptibility 58 EGFR mutations 58 atherosclerotic lesions 58 polymorphisms 58 metabolic pathways 58 protein kinase C 58 herpes viruses 58 rheumatoid arthritis multiple sclerosis 58 neurodevelopmental disorders 58 pituitary tumors 57 ependymoma 57 phosphatases 57 estrogen receptor beta 57 tumor suppressor genes 57 cholesterol metabolism 57 phenotyping 57 biochemical pathways 57 developmental abnormalities 57 osteopontin 57 phenotypes 57 #p# [001] 57 protein kinases 57 rheumatic diseases 57 etiologies 57 enteroviruses 57 genetic predisposition 57 CYP#D# 57 glucose homeostasis 57 gene fusions 57 epithelial cancers 57 pathogenesis 57 clusterin 57 LQTS 57 ApoE 57 dysregulation 57 structural abnormalities 57 phenotype 57 micro RNA 57 thyroid dysfunction 57 mutations 57 amyloids 56 cerebrospinal fluid CSF 56 genotypic 56 neuropsychiatric disorders 56 neurodevelopmental disorder 56 NKT cells 56 lipid metabolism