Lipids and lipoproteins and inflammatory markers in @entity1 with XXXX .

@entity1 @entity650 @entity301 @entity310 @entity7278 @entity6511 @entity740 @entity755 @entity412 @entity1675 @entity731 @entity165
BACKGROUND: Since @entity7278 ( @entity7278 ) appears to be a risk factor for @entity301 , the aim of the study was to determine the relationship between the size of @entity740 and inflammatory markers (hsCRP, @entity650 , @entity310 ), as well as lipids and lipoproteins ( @entity6511 , @entity1675 , @entity755 level) in blood serum of @entity1 with @entity7278 . METHODS: The @entity1 studied (n   =   43) were divided into groups: @entity1 under 50 and over 50  years of age, and a separate subgroup of the oldest age with the largest size of @entity740 . @entity1675 ( @entity1675 ) above 150  mg/dL and below 150  mg/dL was used as an important criterion for the division of @entity1 into groups. The @entity740 size was measured using the Kodak digital imaging system software. The control group consisted of clinically healthy volunteers (n   =   20) without @entity7278 . Lipids were measured on a Siemens analyzer (Germany), @entity1675 , @entity755 , hsCRP levels were determined by immunonephelometric method, using the Health Care Diagnostic Product (Siemens GmbH, Germany), and @entity650 , @entity310 and LpPLAG7 assay kits (ELISA, R_D Systems) were used. RESULTS: The findings suggested that in @entity1 with @entity7278 and their age increase, the @entity740 size, the concentration of inflammatory markers and @entity6511 mass increased. Correlations between the @entity740 size and @entity6511 mass and between the @entity740 size and TG level in @entity1 with @entity1675 150    <=   mg/dL showed increase TG in atherogenic @entity755 -containing @entity412 -rich lipoprotein and TC in @entity165 -rich lipoprotein. The @entity1 with a low @entity1675 and high @entity6511 level can have a higher risk of odontogenic disease and progression of @entity731 and @entity301 . CONCLUSION: We have found a positive correlation between @entity1675 level and the @entity740 size and a negative correlation between @entity6511 level and the @entity740 size. The results suggest that @entity1675 and @entity6511 in HDL particles have antiinflammatory action and together can limit the @entity740 size in @entity1 with a higher @entity1675 level. The literature data on the distribution of lipoprotein particles in subjects are still insufficient, so this problem requires further studies.
