Conclusion: Study demonstrates that BVM can prevent intradialytic hypotension and save patient from life threatening condition. WU PEI-YU1,2, LU YU-JU1, CHIU YI-FANG1, CHEN HSI-HSIEN2, LIN WAN-CHEN1, CHEN YU-TONG1, WONG TE-CHIH1, YANG SHWU-HUEY1 1School of Nutrition and Health Sciences, Taipei

Medical University, Taiwan; 2Division of Nephrology, Taipei Medical University Hospital, Taiwan Introduction: Cardiovascular Everolimus solubility dmso disease (CVD) is major cause of death in patients with hemodialysis (HD) treatment. High consumption of red meat and processed meat increases saturated fatty acid intake and also elevates the risk of CVD in general population. However, red meat is a great source of iron. Iron deficiency anemia is common in HD patients, and also contributes to CVD. Hence, we tried toevaluate the respective and combined effect of red meat intake and processed meat intake on CVD risk factors in HD patients. Methods: This is

a cross-sectional study. Seventy-one chronic HD patients completed the study. All subjects were outpatients from 2 hemodailysis centers of affiliated hospitals of Taipei Medical University, Taiwan. The dietary intake was see more calculated from the average of 3-day dietary record. Red meat included beef, pork and lamb. Processed meat included any canned food, ham, sausage, hamburger and other prepared Rebamipide food. Fasting predialysis blood samples were collected from all subjects. The lipid profile, nutritional markers, inflammatory marker (high-sensitive C-reactive protein and ferritin), anemia markers, potassium and phosphate were measured. Results: The mean of red meat intake was 80.7 ± 84.5 g/day,

and the mean processed meat intake was 33.2 ± 37.3 g/day. There were 38 of male HD patients (62%) in this study. There were no significantly difference of energy, protein, red meat and processed meat intake between male and female. After adjustment of gender, age and dietary energy, HD patients with increased processed meat intake had significantly higher concentration of serum ferritin. However, neither red meat nor the value of combined red meat and processed meat were associated with any selected CVD risk factors in this study. HD patients with more processed meat intake had significantly higher saturated fatty acids intake, but lower ratio of polyunsaturated fatty acids and monounsaturated fatty acids to saturated fatty acids. Conclusion: In HD patients, higher processed meat, but not red meat or combined the intake of red meat and processed meat, may contribute to CVD. Therefore, it may be more appropriate to assess the respective effect of red meat and processed meat on CVD risk factors in HD patients.