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- In this article the regulatory mechanism of cytosolic ferritin and the structure, expression as well as function of MtFt are summarized. 文章介绍了细胞质铁蛋白的调控机制以及线粒体铁蛋白的结构、功能、表达及与铁代谢的关系。
- Cytosolic ferritin 胞质铁蛋白
- Does not recognize cytosolic PGE. 概述 Recognizes membrane bound PGE.
- Lysosomal enzymes are not normally found in the cytosol. 正常情况下细胞溶质中不存在溶酶体的酶。
- Conclusion: High ferritin may be a sign for cerebral infarction. 结论：血清铁蛋白增加可能是脑梗塞危险因素之一。
- Objective To obtain and analyze the sequence of ferritin gene. 目的 获得细粒棘球蚴(E.;granulosus)铁蛋白(ferritin)基因序列，进行序列分析。
- Ferritin, one of the storage forms of iron, is brown, iron-containing protein. 铁的贮存形式之一的铁蛋白，是一种棕色含铁蛋白质。
- Consequently, ferritin particle would be the catalyst source in this paper. 因此，本文中将以铁蛋白颗粒作为成长碳管的催化剂来源。
- The cytosol is a gel, with a network of fibers dispersed through water. 不同生物域细胞的细胞质都有着大为不同的特征。
- Cytosol The soluble fraction of cytoplasm remaining after all particles have been removed by centrifugation. 胞质溶胶（细胞溶胶）：离心后细胞质可溶的部分，不包括细胞中的颗粒成分。
- Cloning and Expression Characteristics of the Ferritin Gene from Malus domestica Borkh. 苹果铁结合蛋白基因的克隆及表达特性。
- CD62L and PMN cytosolic Ca2+ are also associated with occurrence and progression of CAD. CD62L和细胞内ca2+同样参与了冠心病的发生发展。
- The changes of the cytosolic calcium concentration decides the degree of the light adaptation of the photoreceptors. 实验结果说明，光刺激使得钙离子从存储器中释放出来，造成细胞内钙离子浓度上升，决定了感光器的光适应程度。
- The serum ferritin level was determined at 0 wk in 31 CHC patients and 15 controls. 在0 wk时检测31例病人和15例健康对照者的血清铁蛋白水平。
- After manipulated as above, the productive rate of purified pea ferritin is 20-30mg/kg. 通过上述操作，豌豆铁蛋白的产率为20-30mg/kg。
- In fact, animals possess three different versions of SOD: a cytosolic, mitochondrial, and extracellular version. 动物有三种SOD存在形式。（细胞溶胶，线粒体，细胞外形式）
- ANT catalyzes the import of cytosolic ADP and the export of matrix ATP with identical rate during physiological state. 当其功能障碍时,影响细胞能量代谢,导致疾病或病情加重,与扩张型心肌病、进行性眼外肌麻痹等关系密切;
- In addition, the mechanism of electrochemically regulated iron uptake and release for ferritin was proposed. 一个电位调制的关于铁的释放与获取机理被进一步证实。
- The scientists can control nanotube density by varying how much iron they employ within the ferritin. 科学家可改变铁蛋白中的铁含量，进而控制奈米管的密度。
- Further elongation of fatty acids takes place on the cytosolic surface of the smooth endoplasmic reticulum. 再进一步的脂肪酸延伸是在光面内质网的胞质溶胶面进行。
