测定肝脏和骨髓非血红素铁含量；
血红素铁更容易吸收比非血红素铁。
维生素C大大提高了吸收非血红素铁。
Vitamin C greatly increases the absorption of non-haem iron.
非血红素铁不易吸收的身体比血红素铁。
Non-haem iron is less easily absorbed by the body than is haem iron.
铁是目前作为血红素和非血红素铁的食物。
含铁硫中心一直被称为非血红素铁的蛋白质。
Proteins that contain iron-sulfur centers are always referred to as nonheme iron proteins.
在混合杂食饮食约25 %的膳食铁的非血红素铁。
In a mixed omnivore diet around 25% of dietary iron is non-haem iron.
本文就血红素铁的功能、应用及其制备、纯化方法等作一综述。
The function, application and preparation, purification of heine iron was reviewed in this article.
血红素铁只存在于动物组织，而在植物性食品铁本作为非血红素铁。
Haem iron only exists in animal tissues, whilst in plant foods iron is present as non-haem iron.
经分析，其异咯嗪、非血红素铁以及不稳定硫之比为1：（8～10）：10。
The proportions of flavin, non-heme iron and labile sulphide in the eluate was found to be 1: (8~10) :10.
该文综述血红素铁结构与性质、功能、提取、测定方法和在食品工业中应用情况。
The structure and nature, function, extraction, determination and application in the food industry of heme iron are summarized in this article.
本文就血红素铁中二价铁的保护工作提出了设想，并对其生理功能和应用现状加以综述。
The paper put forward assumed plans for ferrous ions protection, and in addition, summarized its phy siolog ical function and present utilization.
高水平的血红素铁饮食使胆结石风险增加21%，而高水平的非血红素铁似乎没有影响。
High levels of heme iron in the diet raised the risk of developing gall stones by 21 percent, whereas high levels of non-heme iron seemed to have no effect.
研究人员评估了从1986至2002年的44,785参加卫生保健随访研究美国男性胆结石风险和食物中血红素铁和非血红素铁的水平。
The researchers evaluated dietary levels of heme and non-heme iron and the risk of gallstones in 44,758 U. S. men participating in the Health Professionals Follow-up Study from 1986 to 2002.
清单10中的结果显示了铁经常与亚铁血红素化合物共同出现。
The result in Listing 10 shows that iron occurs frequently together with heme compounds.
铁元素从血红素中释放出来，要么转化为巨噬细胞中的铁蛋白或含铁血黄素，或通过血液循环回流进入骨髓。
Iron is released from the heme moiety and either stored in the macrophage as ferritin or hemosiderin, or released into the circulation for transport back to the marrow.
亚铁血红素 (HEM)是一个多原子、非蛋白质的有机结构，能够将一个铁 (FE)离子置于其中心。
A heme (HEM) is a multi-atom, non-proteinaceous organic structure capable of positioning an iron (FE) ion in its center.
血红素氧合酶是血红素降解的起始酶和限速酶，能代谢血红素形成一氧化碳、游离铁和胆红素。
Heme oxygenase which is heme-degradation enzyme and rate-limiting enzyme can catalyzes the degradation of heme to carbon monoxide, catalytic iron and bilirubin.
血红素(一种复杂的杂环化合物)是来自中心含铁原子的的一种有机分子。
Heme, a complex heterocyclic compound, is an organic molecule derived from porphyrin with an iron atom at the centre.
血色素分解产生的铁离子和血红素本身与反应性氧自由基(ROS)和反应性氮自由基(RNS)的产生相关。
Iron liberated from hemoglobin, and hemoglobin itself, are associated with the generation of reactive oxygen species (ROS) and reactive nitrogen species (RNS).
血色素分解产生的铁离子和血红素本身与反应性氧自由基(ROS)和反应性氮自由基(RNS)的产生相关。
Iron liberated from hemoglobin, and hemoglobin itself, are associated with the generation of reactive oxygen species (ROS) and reactive nitrogen species (RNS).
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