Why the study?
Atherosclerosis begins during foetal development and is enhanced by maternal hypercholesterolaemia during pregnancy, prompting an evaluation of the effect of natural cocoa on atherosclerosis in offspring.
Does maternal consumption of natural cocoa powder prevent atherogenesis in the offspring of hypercholesterolaemic rabbits?
Does maternal consumption of natural cocoa powder prevent atherogenesis in the offspring of hypercholesterolaemic rabbits?
Maternal consumption of natural cocoa powder may inhibit atherogenesis in the offspring of hypercholesterolaemic mothers, as demonstrated in a rabbit model.
Natural cocoa may attenuate fetal atherosclerosis programming in hypercholesterolaemic pregnancies; leaves open human translation and clinical adoption.
Atherosclerosis begins during foetal development and is enhanced by maternal hypercholesterolaemia during pregnancy. This study assessed the effect of natural cocoa on atherosclerosis in offspring conceived in maternal hypercholesterolaemia. Female rabbits were fed a cholesterol-enriched diet for two weeks and hypercholesterolaemia was confirmed, after which they were crossed with normocholesterolaemic males. One group of hypercholesterolaemic mothers (HCC) received natural cocoa powder (NCP) in their drinking water, whereas the other group (HC) received only water. Histological analysis of three segments of the aorta (arch, thoracic and abdominal) from offspring of both groups was compared with a control group (NC). Intima-media thickness of the aortic arch in offspring born to hypercholesterolaemic rabbits (HC: 146 µm) was higher compared to HCC (99 µm) and control rabbits (58.5 µm). All the sections from the aortic arch of the HC group had atherosclerotic lesions while none of the sections of the aortic arch from the NC and HCC groups had lesions present. Inferentially, regular and voluntary consumption of NCP during pregnancy may inhibit aortic atherogenesis in offspring of hypercholesterolaemic mothers.
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Blay et al. (2019) studied this question.
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