<原著>中高年者の有気的作業能および体脂肪率と血清脂質との関係について

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Measurement of maximal aerobic power (MAP) according to the nomogram of Astrand, maximal physical working capacity (PWCmax), fatty mass (%Fat) by the method of Nagamine and serum lipids was carried out on 590 adult males aged 35-68 years. These subjects divided MAP into fit and unfit by regression equation between age and MAP, further divided into four groups by %Fat that it is cut off point 20%. 1) Significant correlation was found between age and %Fat, MAP and PWCmax, between %Fat and MAP, PWCmax, total choresterol (T-ch), HDL choresterol (HDL-ch), HDL/T-ch and triglycerides (TG), between MAP and PWCmax, T-ch, HDL-ch, HDL/T-ch and TG and between PWCmax and HDL-ch, HDL/T-ch and TG. 2) Little age difference was found in FN (Fit Non-obese). UN (Unfit Non-obese), UO (Unfit Obese) and FO (Fit Obese) groups. FN group showed the lowest T-ch and TG and the highest HDL-ch and HDL/T-ch of four groups. UN group or FO group showed higher TG and lower HDL-ch and HDL/T-ch than FN group. UO group showed the highest TG and the lowest HDL-ch and HDL/ T-ch. 3) The appearance rates of abnormal T-ch (above 251 mg/dl), HDL-ch (under 35 mg/dl) or TG (above 181 mg/dl) were about 14.1 % in the case of FN group, about 27.3 % in the case of UN group, about 24.4 % in the case of FO group and about 21.2 % in the case of UO group. Difference of the appearance rates between FN group and UN or FO groups were significant, but not significant among another three (UN, UO and FO) groups. From these results, it is considered necessary to keep good level aerobic work capacity and fatty mass for prevention of hyperlipoidemia.
九州大学の論文
1986-03-28

<原著>中高年者の有気的作業能および体脂肪率と血清脂質との関係について

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