大多数的营养食品成分不是被吸收，而只是简单地流过了人体的消化系统。
However, most of these nutraceuticals are not absorbed but are simply flushed through the body's digestive system.
纤维素和它的改性形式可作为膳食纤维被利用，因为当它们通过人体的消化系统时，对营养和供热方面的贡献不大。
Cellulose and its modified forms serve as dietary fiber because they do not contribute significant nourishment or calories as they pass through the human digestive system.
但是，我们有理由认为，和其他类人猿相比，食物加工，包括烹饪在内，对人体消化系统的变化起了重要作用。
However, it is plausible that food processing, including cooking, played a major part in the changes in the human digestive system compared with the other great apes.
同时人体中一种在消化系统循环中被称为“饥饿激素”的物质的水平也有明显的下降。
It also appears to lower levels of ghrelin, the 'hunger hormone', circulating in the digestive system.
在太空中，没有食物为人体提供能量，从而人体进入了吸收能量的变化周期，人体将失去所有的消化系统。
In the space, as we don't have animals to eat, and we go into the cycle of change of absorbing energy we will lose all our digestion system.
在这个转换过程中，人体会失去消化系统，呼吸系统，但会迈入一个新的维度。
So, in this process as we lose, or we do with digestion system, we do with our lung, in this process we come to a new dimension.
在人体消化系统中分解脂肪的关键酶是胰脂肪酶，它可将脂肪中甘油三酯分解为甘油一酯与游离脂肪酸。
In humans, pancreatic lipase is the key enzyme responsible for breaking down fats in the digestive system by converting triglycerides to monoglycerides and free fatty acids.
食物纤维在人体消化系统中有重要的生理作用。
Fiber has important physiological action on digestive system of human.
生物活性肽对人体的免疫系统和消化系统有调节作用，具有特殊的生理功能。
Bioactive peptides have special physio - logical activities on the regulation of human immune system or digestive system.
人体消化系统图片。对于大量的粮食是不断加工，消化系统是一个难以置信的高效率的机器，但会出现问题。
Photo Gallery: Digestive System For the amounts of food it is constantly processing , the digestive system is an incredibly efficient machine, but problems can arise.
游泳训练对人体的运动系统、消化系统、神经系统、皮肤血管的调节等方面都有促进作用。
Swimming can improve the motor system, digestive system, nervous system, adjustment of skin's blood vessel etc.
培养益生菌是为了帮助人体重建本来的肠道菌群，即正常情况下生活在消化系统中的微型组织。
Probiotic bacterial cultures are intended to help the body reestablish its naturally occurring gut flora-microorganisms that normally live in the digestive tract.
本发明的化合物具有较好的碳酸酐酶抑制活性，且具有较强的亲水性，在人体消化系统内的浓集少，非特异性吸收少。
The compound has favorable suppressive activity of carbonic anhydrase, stronger hydrophilicity and little collection and little nonspecific absorption in a digestive system of a human body.
本发明的化合物具有较好的碳酸酐酶抑制活性，且具有较强的亲水性，在人体消化系统内的浓集少，非特异性吸收少。
The compound has favorable suppressive activity of carbonic anhydrase, stronger hydrophilicity and little collection and little nonspecific absorption in a digestive system of a human body.
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