1)Heme[英][hi:m][美][him]血红素
1.Study on the Extraction Technology of Heme Iron by Distillation;蒸馏法提取血红素铁技术的研究
2.New Method for Extraction of Heme From Pig Blood;猪血中血红素提取新方法
3.Study of heme from hemoglobin by enzymatic hydrolysis;酶解血红蛋白制备血红素的研究
英文短句/例句
1.hypochromic anemia浅色性贫血[红血球与血红素减少
2.Of, relating to, or derived from hematin.补血的血红素的，与血红素有关的，来源于血红素的
3.hereditary hyperbilirubinemia遗传性高胆血红素症
4.red water [Texas fever]壁虫热〔血红素尿症〕
5.Acting to increase the amount of hemoglobin in the blood.血红素的起增加血液中血红蛋白数量作用的
6.The Study on Reducing Hazardous Components in Cigarette Smoke by Using Hemoglobin and Hemin;血红蛋白（血红素）降低卷烟有害成分的研究
7.The heme of the hemoglobin in blood cells gives them their characteristic red hue.例如血球细胞中的血红素，其独特的红色便是由血色素所造成。
8.a blood disease characterized by the presence of abnormal hemoglobins in the blood.血液中出现不正常的血红素。
9.Studies on Preparing Hemin from Porcine Blood;利用猪血制备氯化血红素技术的研究
10.Protective Effects of DhHP-6 on Intracerebral Hemorrhage and Cerebral Ischemia亚血红素多肽对脑出血后及脑缺血的保护作用
11.Study on the Synthesis of Nitrosohemoglobin and Nitrosyl Heme-polypeptide by Utilizing Porcine Blood;利用猪血制取亚硝基血红蛋白和亚硝基血红素多肽的研究
12.The role of hemoglobin and heme oxygenase inhibitor in delayed brain edema of ICH血红蛋白和血红素氧合酶抑制剂在脑出血迟发性脑水肿中的作用
13.The iron-containing respiratory pigment in red blood cells of vertebrates, consisting of about6 percent heme and94 percent globin.血红蛋白脊椎动物红血细胞中一种含铁的呼吸色素，由大约6％的血红素和94％的球蛋白组成
14.Studies on the Effect of Heme on the Local Conformation of Myoglobin;血红素辅基对肌红蛋白局部构象影响的研究
15.Spectral Studies on the Effect of Heme on the Conformation of Myoglobin;血红素辅基对肌红蛋白构象影响的光谱研究
16.Measurement of Conjugated Bilirubin by using Bilirubin Oxidase胆红素氧化酶法测定血清结合胆红素
17.abnormally high amounts of bilirubin in the blood.血液里的胆红素过高。
18.qualitative determination of serum bilirubin血清胆红素定性试验
相关短句/例句
hemin[英]['hi:min][美]['him?n]血红素
1.The electrochemical behavior of artemisinin at the different electrodes and its interaction with hemin;青蒿素在不同电极上的电化学行为及其在血红素作用下的还原
2.Electropolymerized Hemin Film Electrode and its Catalytic Reduction of Oxygen;血红素修饰电极及其催化氧还原性质
3.Effect of artmether,hemin and Fe~(3+) on recombinant lactate dehydrogenase from Schistosoma japonicum(rSj LDH);蒿甲醚、血红素及Fe~(3+)对重组日本血吸虫乳酸脱氢酶(rSjLDH)作用的初步研究
3)Hematin[英]['hem?tin][美]['h?m?t?n]血红素
1.The Electrochemistry and Electrochemical Catalysis of Hematin-agarose Modified Electrode;血红素-琼脂糖修饰电极的电化学和电催化性质研究
2.The effectiveness of hematin and protoporphyrin IX as photosensitizes in singlet oxygen(1O2)generation was determined and at the same time the influence of different light wavelength on them was studied.研究了肌红蛋白的组成成分血红素和原卟啉的光敏能力,同时分析了不同波长光的照射下血红素和原卟啉对猪肉脂肪氧化的影响。
3.Objective:To study the technological procedure of extraction and preparation of superoxide dismutase(SOD),hematin and peptone from hog blood.目的:研究从猪血分离制备超氧化物歧化酶(SOD)、血红素(Hematin)和蛋白胨(peptone)的工艺流程。
4)haem[英][hi:m][美][him]血红素
1.A new chemiluminescence system haemin (HM) KOH H 2O 2 sensibilized by bovine serum albumin(BSA) is presented.提出牛血清蛋白（ＢＡＳ）敏化氯化血红素ＨＭ－ＫＯＨ－Ｈ２Ｏ２化学发光新体系，测定了痕量血红素，线性范围为８。
2.This paper studied the preparation of cobaltprotoporphyrin Ⅸ Dimethyl ester (CoPP)from haem, and its absorption spectrum (UV) and infared spectrum (IR).该文研究从血红素制备钴卟啉二甲酯的合成路线，并对每一合成步骤的产物进行紫外和红外光谱表征，其紫外与红外光谱值与文献相同。
5)heme iron血红素铁
1.Biology iron supplement-heme iron and its progress;生物态补铁剂—血红素铁的研究进展
2.Nature iron supplement-heme iron and its progress;天然补铁剂—血红素铁的研究进展
3.Heme iron is an ideal iron supplement and its absorptivity is high.血红素铁是一种生物态铁,可直接被肠粘膜细胞吸收,不产生任何消化道刺激症状,生物利用率高,是理想补铁剂。
6)Non-heme非血红素
1.Comparison Between [Fe~Ⅳ(O)(TMC)(NCMe)]~(2+) and [Fe~Ⅳ(O)(TMCS)]~+ Non-heme Complexes of Geometric,Electronic Structures,Bonding and Reactivities;非血红素配合物[Fe~Ⅳ(O)(TMC)(NCMe)]~(2+)与[Fe~Ⅳ(O)(TMCS)]~+的几何结构、电子结构、成键性和反应活性比较
延伸阅读
血红素 血红蛋白中的非蛋白质的铁卟啉组分，亦见于其他呼吸色素及其他动、植物细胞,分子式为C34H33N4O4FeOH，色深红，可溶于水。是原卟啉的亚铁衍生物。广义上是铁原子与卟啉环上 4个吡咯基的配位螯合物。因螯合的铁为二价(Fe2+)或三价(Fe3+)而区别为亚铁血红素（狭义的血红素）和高铁血红素。 血红素为血红蛋白和某些氧化还原酶的辅基，参与生物体中氧的传递和氧化还原作用。衰老的红细胞破坏后释出血红蛋白，当血红蛋白被骨髓、脾、肝内的单核吞噬细胞清除分解后，成为脂溶性的游离胆红素进入血液，附着于白蛋白被输送至肝脏，在肝细胞内经一系列酶的作用，脂溶性的非结合胆红素转变为水溶性的结合胆红素，即直接胆红素，而游离胆红素则为间接胆红素。前者能自肾小球滤过，后者则不能。结合胆红素通过毛细胆管排泄至胆道，经肝管和总胆管至十二指肠，在结肠内结合胆红素被细菌还原成尿胆元和尿胆素，大部分尿胆元随粪便排出，小部分在结肠内再吸收，经门静脉而至肝脏，再转变为胆红素。再吸收的尿胆元中，有极小部分进入体循环由肾脏排泄。当血液内红细胞破坏过多，肝脏负荷增加,肝细胞内运送、结合和排泄障碍,或肝外胆道阻塞，都可引起血内胆红素浓度增高而出现黄疸。
