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- W2022998317 abstract "CD36 is a multifunctional protein homologous to the class B scavenger receptor SR-B1 mainly found in tissues with a sustained lipid metabolism and in several hematopoieic cells. CD36 is thought to be involved in various physiological and pathological processes like angiogenesis, thrombosis, atherogenesis, Alzheimer's disease or malaria. An additive emerging function for CD36 is a role as a lipid sensor. Location of CD36 and orthologue molecules in plasma membrane of cells in contact with the external environment (e.g. gustatory, intestinal or olfactory epithelia) allows the binding of exogenous-derived ligands including dietary lipids, diglycerides from bacterial wall in mammals and even a lipid-like pheromone in insects. Similar function might also exist in the brain in which a CD36-dependent sensing of fatty acids has been reported in ventromedial hypothalamic neurons in rodents. Specific recognition of lipid-related molecules by a receptor-like protein highly conserved throughout the evolution strongly suggests that lipid-sensing by CD36 is responsible for basic physiological functions in relation with behavior, energy balance and innate immunity." @default.
- W2022998317 created "2016-06-24" @default.
- W2022998317 creator A5006781982 @default.
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- W2022998317 date "2011-11-01" @default.
- W2022998317 modified "2023-10-11" @default.
- W2022998317 title "CD36 as a lipid sensor" @default.
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- W2022998317 cites W1512516272 @default.
- W2022998317 cites W1653408396 @default.
- W2022998317 cites W1832923196 @default.
- W2022998317 cites W1836365173 @default.
- W2022998317 cites W1868137283 @default.
- W2022998317 cites W1968071120 @default.
- W2022998317 cites W1968086274 @default.
- W2022998317 cites W1978289348 @default.
- W2022998317 cites W1982885032 @default.
- W2022998317 cites W1984150991 @default.
- W2022998317 cites W1990481363 @default.
- W2022998317 cites W1995771061 @default.
- W2022998317 cites W1999027849 @default.
- W2022998317 cites W1999512658 @default.
- W2022998317 cites W2001496481 @default.
- W2022998317 cites W2005435407 @default.
- W2022998317 cites W2015603202 @default.
- W2022998317 cites W2016612191 @default.
- W2022998317 cites W2019441179 @default.
- W2022998317 cites W2020739410 @default.
- W2022998317 cites W2034768007 @default.
- W2022998317 cites W2036204996 @default.
- W2022998317 cites W2038048357 @default.
- W2022998317 cites W2047072031 @default.
- W2022998317 cites W2049409827 @default.
- W2022998317 cites W2050598007 @default.
- W2022998317 cites W2054478667 @default.
- W2022998317 cites W2055975107 @default.
- W2022998317 cites W2058675454 @default.
- W2022998317 cites W2062131758 @default.
- W2022998317 cites W2062613174 @default.
- W2022998317 cites W2062852060 @default.
- W2022998317 cites W2067285665 @default.
- W2022998317 cites W2069663822 @default.
- W2022998317 cites W2073875125 @default.
- W2022998317 cites W2074267073 @default.
- W2022998317 cites W2076511407 @default.
- W2022998317 cites W2079395662 @default.
- W2022998317 cites W2081793511 @default.
- W2022998317 cites W2083751817 @default.
- W2022998317 cites W2091191922 @default.
- W2022998317 cites W2093089464 @default.
- W2022998317 cites W2094912454 @default.
- W2022998317 cites W2095365626 @default.
- W2022998317 cites W2096519700 @default.
- W2022998317 cites W2099635702 @default.
- W2022998317 cites W2102032130 @default.
- W2022998317 cites W2103243316 @default.
- W2022998317 cites W2105058830 @default.
- W2022998317 cites W2105126729 @default.
- W2022998317 cites W2114604793 @default.
- W2022998317 cites W2117546020 @default.
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- W2022998317 cites W2129927568 @default.
- W2022998317 cites W2133384738 @default.
- W2022998317 cites W2137207158 @default.
- W2022998317 cites W2143654612 @default.
- W2022998317 cites W2144760773 @default.
- W2022998317 cites W2153041000 @default.
- W2022998317 cites W2154425950 @default.
- W2022998317 cites W2158443718 @default.
- W2022998317 cites W2159316425 @default.
- W2022998317 cites W2159458795 @default.
- W2022998317 cites W2161523220 @default.
- W2022998317 cites W2163790379 @default.
- W2022998317 cites W2169619927 @default.
- W2022998317 cites W2224266189 @default.
- W2022998317 cites W4234167212 @default.
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- W2022998317 doi "https://doi.org/10.1016/j.physbeh.2011.02.029" @default.
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- W2022998317 hasPublicationYear "2011" @default.
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