Key result
ApoB48 plays a superior role compared to ApoB100 in controlling intestinal lipid transport in response to dietary lipid intake at low to moderate lipid levels.
Why the study?
Does ApoB48 play a superior role compared to ApoB100 in the control of intestinal lipid transport in response to dietary lipid intake?
Population
Apobec-1 knockout and wildtype mice
Comparison
Apobec-1 knockout mice vs wildtype mice on chow or high-fat diet
Design
Animal study using a lymph fistula model
Authors
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Species differences in intestinal ApoB editing limit rodent model translation; leaves open human lymphatic lipid pathways.
Does ApoB48 play a superior role compared to ApoB100 in the control of intestinal lipid transport in response to dietary lipid intake?
ApoB48 plays a superior role compared to ApoB100 in controlling intestinal lipid transport in response to low-to-moderate dietary lipid intake.
Lo et al. (2020) studied Intestinal lipid transport. Apobec-1 knockout (ApoB100 production) vs. Wildtype (ApoB48 production) was evaluated. ApoB48 plays a superior role compared to ApoB100 in controlling intestinal lipid transport in response to dietary lipid intake at low to moderate lipid levels.
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