Sukhomlinov B F, Vasil'eva V A
Biokhimiia. 1989 Jun;54(6):956-64.
Based on the amino acid composition of globin, amino acid analysis and N-terminal sequencing of peptides as well as a comparative analysis of the primary structure of beaver, coypu rat and otter myoglobins with the use of the fingerprinting technique, the amino acid sequence of the major component of ondatra myoglobin including 153 amino acid residues was reconstructed. The results of a comparative analysis of the primary structure of myoglobin and the peculiarities of the functional morphology of myoglobins from semi-aquatic animals and sperm whale and the role of amino acid substitutions in the spatial structure of ondatra myoglobin are discussed.
基于珠蛋白的氨基酸组成、肽段的氨基酸分析和N端测序，以及利用指纹技术对海狸、河狸鼠和水獭肌红蛋白一级结构的比较分析，重建了麝鼠肌红蛋白主要成分的氨基酸序列，该序列包含153个氨基酸残基。文中讨论了肌红蛋白一级结构的比较分析结果，以及半水生动物和抹香鲸肌红蛋白功能形态的特点，还有氨基酸替换在麝鼠肌红蛋白空间结构中的作用。
