human
TASK: Your task is to answer biomedical questions using the given abstract. Only output yes, no, or maybe as answer.
INPUT: ['Postprandial lipemia influences the development of atherosclerosis. Age has been defined as a regulating factor of the extent of postprandial lipemia, but its independence of other age-associated phenotypic features, such as metabolic syndrome, has not been fully elucidated.', 'To investigate if age is an independent factor influencing postprandial lipemia, we compared the lipemic response to a rich fatty meal (60% fat) of 88 healthy young men (<30 years old) and 97 older participants (77 metabolic syndrome patients aged\xa0>\xa040; and 20 healthy people\xa0>\xa065) (all ApoE3/E3), at fasting state and at 2nd and 4th postprandial hours.', "We didn't find differences between the healthy young men and the healthy elderly. The metabolic syndrome patients displayed a higher postprandial TG area below the curve than the other two cohorts p\xa0<\xa00.001. ANOVA for repeated measurements confirmed that these differences were significant at every time-point (fasting, 2\xa0h and 4\xa0h). Concomitant higher responses for Large and Small TRL-carried TG and Chol were found in these metabolic syndrome patients. Interestingly, the most significant differences were found for Small-TRL-carried particles, which suggest that this fact may be mainly due to impaired lipid clearance."] Is lipid metabolism after an oral fat test meal affected by age-associated features of metabolic syndrome , but not by age?
OUTPUT:

agent
yes
TASK: Your task is to answer biomedical questions using the given abstract. Only output yes, no, or maybe as answer.
INPUT: ['Postprandial lipemia influences the development of atherosclerosis. Age has been defined as a regulating factor of the extent of postprandial lipemia, but its independence of other age-associated phenotypic features, such as metabolic syndrome, has not been fully elucidated.', 'To investigate if age is an independent factor influencing postprandial lipemia, we compared the lipemic response to a rich fatty meal (60% fat) of 88 healthy young men (<30 years old) and 97 older participants (77 metabolic syndrome patients aged\xa0>\xa040; and 20 healthy people\xa0>\xa065) (all ApoE3/E3), at fasting state and at 2nd and 4th postprandial hours.', "We didn't find differences between the healthy young men and the healthy elderly. The metabolic syndrome patients displayed a higher postprandial TG area below the curve than the other two cohorts p\xa0<\xa00.001. ANOVA for repeated measurements confirmed that these differences were significant at every time-point (fasting, 2\xa0h and 4\xa0h). Concomitant higher responses for Large and Small TRL-carried TG and Chol were found in these metabolic syndrome patients. Interestingly, the most significant differences were found for Small-TRL-carried particles, which suggest that this fact may be mainly due to impaired lipid clearance."] Is lipid metabolism after an oral fat test meal affected by age-associated features of metabolic syndrome , but not by age?
OUTPUT:
