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- carbonyl myoglobin 碳氧肌红蛋白
- Myoglobin is a red, oxygen-binding protein found in muscles. 肌红蛋白是存在于肌肉中的红色的随氧蛋白。
- Cyclopropane carbonyl chloride is an important intermediate. 环丙甲酰氯是一种重要的中间体。
- The temperature of carbonyl synthesis reaction is studied. 摘要对羰基合成反应的温度进行了研究。
- FTIR as a Tool to Study Cold, Heat and Pressure Denaturation of Myoglobin. FTIR用于研究肌球素的冷变性、热变性、压力变性。
- Chlorotyrosine was not elevated in patients with high MPO or carbonyl levels. MPO或蛋白质羰基升高的病人3-氯酪氨酸并不升高。
- Comparision with known myoglobin from other Carnivora animals was made. 用此结果与食肉目有关动物已知肌红蛋白的氨基酸顺序进行比较,获得了有意义的结论。
- However,MyoD1,myosin,myoglobin,S100,desmin,CK,EMA,CD68 and CD117 were negative. 而MyoD1、myosin、myoglobin、S-100、Des、CK、EMA、CD68以及CD117均(-)。
- The stability of myoglobin was decreased withthe increasing of temperature. 肌红蛋白的稳定性随温度的升高而下降。
- Influence of concentrationof carbonyl ironon static magnetism was not obvious. 五羰基铁浓度对复合粒子的静磁性能影响不明显。
- Chlorotyrosine was not eleated in patients with high MPO or carbonyl leels. MPO或蛋白质羰基升高的病人3-氯酪氨酸并不升高。
- Reaction of Carbonyl Compounds with Grignard and Organolithium Reagents. 醇,醛与酮和羧酸之间的氧化还原关系。
- This method represents a useful conversion of the carbonyl group to the amino group. 它成为一个使羰基变为氨基的有效方法。
- This approach to carbonyl compounds also allows the synthesis of either optical antipodes. 这个一氧化碳合成方法也可以制备任何一个旋光对映体。
- Objective To explore the specificity of myoglobin( Mb) in the postmortem diagnosis of early myocardial infarction. 目的探讨肌红蛋白在早期心肌梗死死后诊断的特异性。
- High pressure effects on fish lipid degradation: Myoglobin change and water holding capacity. 高压对鱼脂类降解的影响:肌红蛋白的变化及其锁水性。
- Study on the specificity of myoglobin for the diagnosis of early myocardial infarction. 肌红蛋白诊断早期心肌梗死的特异性研究。
- The surface lipids undergo oxidation generating many compounds containing hydroxyl and carbonyl groups. 表面的类脂物氧化后,产生许多化合物,包括羟基和羰基化合物。
- Myoglobin is a cytoplasmic, single chain polypeptide of 153 amino acids and contains a single haem group. 简介: 肌红蛋白是一类胞浆蛋白,具有一条链共153个氨基酸,只有一个血红素结合簇。
- Emphasis is on substitution and elimination reactions and chemistry of the carbonyl group. 重点强调取代、消除反应和含羰基基团的化学性质。