KMCRIC

Results from various human studies suggest that beta-carotene may reduce or increase the bioavailability of lutein [​50​;​51​;​52​]. Some studies in humans suggest that beta-carotene lacks an effect on lutein levels [​49​]. When combined, beta-carotene significantly reduced the serum area under the curve value for lutein to 54-61% of control values, and lutein reduced the serum area under the curve value for beta-carotene in five subjects but enhanced it in three subjects [​53​]. In humans supplemented with lutein from two sources for seven days (yellow carrots, 1.7mg of lutein daily) or an oil-based lutein supplement (1.7mg of lutein daily), the peak serum beta-carotene was maintained in the yellow carrot group, although this effect was lacking in the lutein supplement group [​54​]. In humans, lutein reduced beta-carotene absorption when the two were given simultaneously [​55​;​56​].

... [​54​]. 임상 연구에서, 루테인은 두 가지가 동시에 같은 대조군에 들어가서 베타-카로틴 흡수를 감소시켰다 [​55​;​30​]. 베타-카로틴 보충의 임산부 여성의 임신과 임산 후 증가된 루테인과 제아자틴 농도를 초래하였다 [​57​]....

Results from various human studies suggest that beta-carotene may reduce or increase bioavailability of lutein [​50​;​51​;​52​]. Some studies in humans suggest that beta-carotene lacks an effect on lutein levels [​49​]. When combined, beta-carotene significantly reduced the serum area under the curve value for lutein to 54-61% of control values, and lutein reduced the serum area under the curve value for beta-carotene in five subjects but enhanced it in three subjects [​53​]. In humans supplemented with lutein from two sources for seven days (yellow carrots, 1.7mg of lutein daily) or an oil-based lutein supplement (1.7mg of lutein daily), the peak serum beta-carotene was maintained in the yellow carrot group, although this effect was lacking in the lutein supplement group [​54​]. In humans, lutein reduced beta-carotene absorption when the two were given simultaneously [​55​;​56​]. Beta-carotene supplementation of pregnant women resulted in increased lutein and zeaxanthin concentrations during pregnancy and postpartum [​57​].

... [​54​]. 임상 연구에서, 루테인은 두 가지가 동시에 같은 대조군에 들어가서 베타-카로틴 흡수를 감소시켰다 [​55​;​30​]. 베타-카로틴 보충의 임산부 여성의 임신과 임산 후 증가된 루테인과 제아자틴 농도를 초래하였다 [​57​]....

Atractylodes macrocephala can help to maintain the membrane potentials and the resting status of pregnant human myometrial smooth muscle cells by effecting on the Ca(2+)-activated K(+) currents of pregnant human myometrial smooth muscle cells with or without the treatment with interleukin-6.

백출은 인터류킨-6 처리 여부와 관계없이 임산부 자궁 근평활근 세포의 Ca(2+)에 의해 활성화된 K(+) 전류에 영향을 주어 임산부 자궁 내 평활근 세포의 막 전위 및 휴식 상태를 유지하여 조산의 위험을 예방함.