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- W2780750033 endingPage "126" @default.
- W2780750033 startingPage "117" @default.
- W2780750033 abstract "Disruption in the metabolism of lipids is broadly classified under dyslipidemia and relates to the concentration of lipids in the blood. Dyslipidemia is a predictor of cardio-metabolic disease including obesity. Traditionally, the large interindividual variation has been related to genetic factors and diet. Genome-wide association studies have identified over 150 loci related to abnormal lipid levels, explaining ~40% of the total variation. Part of the unexplained variance has been attributed to environmental factors including diet, but the extent of the dietary contribution remains unquantified. Furthermore, other factors are likely to influence lipid metabolism including the gut microbiome, which plays an important role in the digestion of different dietary components including fats and polysaccharides. Here we describe the contributing role of host genetics and the gut microbiome to dyslipidemia and discuss the potential therapeutic implications of advances in understanding the gut microbiome to the treatment of dyslipidemia." @default.
- W2780750033 created "2018-01-05" @default.
- W2780750033 creator A5002163035 @default.
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- W2780750033 creator A5054779890 @default.
- W2780750033 creator A5070044800 @default.
- W2780750033 creator A5079619000 @default.
- W2780750033 date "2018-02-01" @default.
- W2780750033 modified "2023-10-14" @default.
- W2780750033 title "Genetic and microbiome influence on lipid metabolism and dyslipidemia" @default.
- W2780750033 cites W1583400374 @default.
- W2780750033 cites W1697364111 @default.
- W2780750033 cites W1793035576 @default.
- W2780750033 cites W1895492959 @default.
- W2780750033 cites W1918132278 @default.
- W2780750033 cites W1968105193 @default.
- W2780750033 cites W1984238073 @default.
- W2780750033 cites W1986142882 @default.
- W2780750033 cites W1995466053 @default.
- W2780750033 cites W1999906527 @default.
- W2780750033 cites W2003342633 @default.
- W2780750033 cites W2004549986 @default.
- W2780750033 cites W2007288537 @default.
- W2780750033 cites W2009609634 @default.
- W2780750033 cites W2009680880 @default.
- W2780750033 cites W2018608508 @default.
- W2780750033 cites W2019441910 @default.
- W2780750033 cites W2023615726 @default.
- W2780750033 cites W2028682402 @default.
- W2780750033 cites W2035421462 @default.
- W2780750033 cites W2035837169 @default.
- W2780750033 cites W2044243125 @default.
- W2780750033 cites W2046801160 @default.
- W2780750033 cites W2048755332 @default.
- W2780750033 cites W2049135972 @default.
- W2780750033 cites W2057039181 @default.
- W2780750033 cites W2061997325 @default.
- W2780750033 cites W2065760784 @default.
- W2780750033 cites W2067394087 @default.
- W2780750033 cites W2074560798 @default.
- W2780750033 cites W2075271860 @default.
- W2780750033 cites W2078599166 @default.
- W2780750033 cites W2081271380 @default.
- W2780750033 cites W2082808164 @default.
- W2780750033 cites W2083501377 @default.
- W2780750033 cites W2085750796 @default.
- W2780750033 cites W2088697466 @default.
- W2780750033 cites W2091685843 @default.
- W2780750033 cites W2096687340 @default.
- W2780750033 cites W2099654648 @default.
- W2780750033 cites W2104890139 @default.
- W2780750033 cites W2105140628 @default.
- W2780750033 cites W2105281057 @default.
- W2780750033 cites W2110936821 @default.
- W2780750033 cites W2115801316 @default.
- W2780750033 cites W2123606862 @default.
- W2780750033 cites W2125606701 @default.
- W2780750033 cites W2131186249 @default.
- W2780750033 cites W2136778785 @default.
- W2780750033 cites W2138299029 @default.
- W2780750033 cites W2139200444 @default.
- W2780750033 cites W2140079333 @default.
- W2780750033 cites W2145792347 @default.
- W2780750033 cites W2153075279 @default.
- W2780750033 cites W2153118028 @default.
- W2780750033 cites W2156591001 @default.
- W2780750033 cites W2158609797 @default.
- W2780750033 cites W2159084635 @default.
- W2780750033 cites W2159175410 @default.
- W2780750033 cites W2161527180 @default.
- W2780750033 cites W2162291956 @default.
- W2780750033 cites W2162679776 @default.
- W2780750033 cites W2166124982 @default.
- W2780750033 cites W2167292127 @default.
- W2780750033 cites W2170559209 @default.
- W2780750033 cites W2281660418 @default.
- W2780750033 cites W2294917714 @default.
- W2780750033 cites W2308785309 @default.
- W2780750033 cites W2333194472 @default.
- W2780750033 cites W2333668102 @default.
- W2780750033 cites W2344732678 @default.
- W2780750033 cites W2466927139 @default.
- W2780750033 cites W2516811335 @default.
- W2780750033 cites W2519794109 @default.
- W2780750033 cites W2537222257 @default.
- W2780750033 cites W2556034984 @default.
- W2780750033 cites W2560268906 @default.
- W2780750033 cites W2588250592 @default.
- W2780750033 cites W2611037949 @default.
- W2780750033 cites W2614800736 @default.
- W2780750033 cites W2619797456 @default.
- W2780750033 cites W2621439717 @default.
- W2780750033 cites W2622357347 @default.
- W2780750033 cites W2732070176 @default.
- W2780750033 cites W2737371742 @default.
- W2780750033 cites W2744560242 @default.
- W2780750033 doi "https://doi.org/10.1152/physiolgenomics.00053.2017" @default.