Matches in Nanopublications for { ?s ?p "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." ?g. }
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- _4 value "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." provenance.
- _3 value "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." provenance.
- _3 value "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." provenance.
- _4 value "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." provenance.
- _3 value "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." provenance.
- _4 value "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." provenance.
- _5 value "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." provenance.
- _5 value "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." provenance.
- _4 value "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." provenance.
- _3 value "Adducts of oxidized phospholipids and apo B100 can result from LDL oxidation. These adduct are recognized by macrophages and thus can mediate cellular uptake of oxidized LDL, and they form a potent epitope that can elicit cellular and humoral immune responses that may play important roles in atherogenesis." provenance.