LI Baoli, LAI Xiaoying, FANG Ying, et al. Study of quality intima-media thickness in evaluating the relationship between different food intake and carotid atherosclerosis. [J]. Journal of Clinical Ultrasound in Medicine 22(3):170-174(2020)
LI Baoli, LAI Xiaoying, FANG Ying, et al. Study of quality intima-media thickness in evaluating the relationship between different food intake and carotid atherosclerosis. [J]. Journal of Clinical Ultrasound in Medicine 22(3):170-174(2020) DOI: 10.16245/j.cnki.issn1008-6978.2020.03.004.
Study of quality intima-media thickness in evaluating the relationship between different food intake and carotid atherosclerosis
ObjectiveTo explore the value of quality intima-media thickness(QIMT)in evaluating the relationship between food intake and carotid atherosclerosis.MethodsA total of 866 volunteers in our hospital from February to December2018 were enrolled in and divided into two groups
including carotid atherosclerosis group 354 cases and non-atherosclerosis group 512 cases.QIMT technique was used to evaluate the carotid intima-media thickness(IMT)
and the results of two groups was compared.Partial correlation was used to analyze the correlation between food components and carotid sclerosis
conditional Logistic regression analysis was used to compare the differences in carotid sclerosis risk between different food intakes.ResultsThe IMT in the carotid atherosclerosis group was 829 μm(724
981)
and the non-atherosclerosis group was591 μm(531
664).The thickness of intima between two groups were signicantly different(P<0.05).The intake of vegetables
fruits
and dairy products was negatively correlated with carotid sclerosis(r=-0.100
-0.198
-0.248
all P<0.05)
while the intake of poultry and livestock was positively correlated with carotid sclerosis(r=0.278
P<0.05).After adjusting for confounding factors
insufficient intake of vegetables and fruits and excessive intake of poultry and livestock will increase the risk of carotid sclerosis(OR=1.93
2.03
3.72
all P<0.05).ConclusionQIMT technique can more accurately assess the carotid artery-media membrane thickness
thus guide food intake to avoid the risk of carotid arteriosclerosis.