Nutritional B vitamin deficiency disrupts lipid metabolism causing accumulation of proatherogenic lipoproteins in the aorta adventitia of ApoE null mice

Medicine & Life Sciences

• Vitamin B Deficiency 88%
• Adventitia 64%
• Apolipoproteins E 56%
• Lipid Metabolism 50%
• Lipoproteins 50%
• Aorta 45%
• Folic Acid 43%
• Cholesterol 38%
• Fatty Acids 30%
• Diet 24%
• Vitamin B Complex 22%
• Lipids 17%
• Liver 13%
• Monounsaturated Fatty Acids 12%
• Avitaminosis 11%
• Homocysteine 9%
• Arachidonic Acid 8%
• HDL Cholesterol 7%
• Cause of Death 6%
• Fats 6%

Agriculture & Biology

• vitamin B deficiency 100%
• folic acid 58%
• aorta 54%
• lipoproteins 52%
• lipid metabolism 51%
• cholesterol 40%
• mice 30%
• vitamin B complex 27%
• lipids 22%
• liver 18%
• diet 16%
• vitamin deficiencies 15%
• fatty acids 14%
• homocysteine 13%
• saturated fats 12%
• fatty acid metabolism 12%
• high density lipoprotein cholesterol 11%
• high fat diet 11%
• monounsaturated fatty acids 11%
• risk factors 10%
• saturated fatty acids 10%
• death 8%
• methodology 2%