Matches in Nanopublications for { ?s ?p "Both cholesterol and certain oxysterols, such as 25OH and 7K, suppress the proteolytic activation of sterol response element binding protein. This in turn leads to transcriptional down regulation of the LDL receptor and certain enzymes in the cholesterol biosynthetic and fatty acid synthesis and metabolic pathways." ?g. }
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- _5 value "Both cholesterol and certain oxysterols, such as 25OH and 7K, suppress the proteolytic activation of sterol response element binding protein. This in turn leads to transcriptional down regulation of the LDL receptor and certain enzymes in the cholesterol biosynthetic and fatty acid synthesis and metabolic pathways." provenance.
- _5 value "Both cholesterol and certain oxysterols, such as 25OH and 7K, suppress the proteolytic activation of sterol response element binding protein. This in turn leads to transcriptional down regulation of the LDL receptor and certain enzymes in the cholesterol biosynthetic and fatty acid synthesis and metabolic pathways." provenance.
- _5 value "Both cholesterol and certain oxysterols, such as 25OH and 7K, suppress the proteolytic activation of sterol response element binding protein. This in turn leads to transcriptional down regulation of the LDL receptor and certain enzymes in the cholesterol biosynthetic and fatty acid synthesis and metabolic pathways." provenance.
- _5 value "Both cholesterol and certain oxysterols, such as 25OH and 7K, suppress the proteolytic activation of sterol response element binding protein. This in turn leads to transcriptional down regulation of the LDL receptor and certain enzymes in the cholesterol biosynthetic and fatty acid synthesis and metabolic pathways." provenance.
- _5 value "Both cholesterol and certain oxysterols, such as 25OH and 7K, suppress the proteolytic activation of sterol response element binding protein. This in turn leads to transcriptional down regulation of the LDL receptor and certain enzymes in the cholesterol biosynthetic and fatty acid synthesis and metabolic pathways." provenance.
- _5 value "Both cholesterol and certain oxysterols, such as 25OH and 7K, suppress the proteolytic activation of sterol response element binding protein. This in turn leads to transcriptional down regulation of the LDL receptor and certain enzymes in the cholesterol biosynthetic and fatty acid synthesis and metabolic pathways." provenance.