1) heme-enriched peptide
富血红素多肽
1.
The hydrolysis enzymatically of haemoglobin into heme-enriched peptide with the high ratio of heme/peptide nitrogen and the content of acid-soluble heme peptide has been studied.
以血红素/多肽氮比及酸溶性血红素多肽百分比为指标,研究酶法水解血红蛋白生产富血红素多肽。
2.
The enzymatic hydrolysis of haemoglobin into heme-enriched peptide with the high ratio of heme/peptide nitrogen were optimized by orthogonal test L9(34).
采用正交实验,以血红素/多肽氮比为指标,确定了富血红素多肽生产的最优酶解条件,并使用模拟人体消化体系分析该富血红素多肽的生物可利用性。
2) ferrous heme-enriched peptide
富血红素多肽螯合铁
3) nitrosyl heme-polypeptide
亚硝基血红素多肽
1.
In order to facilitate NO- to combine with the heme iron ion so as to improve the stability of pigment, this experiment utilized protease to hydrolyze Hb to some degree and then made NO- react with Heme-iron to concatenate large molecule polypeptide, into nitrosyl heme-polypeptide.
为了使亚硝基(NO-)更易结合于血红素亚铁离子及提高色素稳定性,本研究采用蛋白酶有限酶解猪血红蛋白,酶解液中大分子血红素多肽与亚硝基反应合成亚硝基血红素多肽。
2.
In order to facilitate NO- combine with the iron ion of Heme and to improve the stability of pigment, this experiment utilize protease to hydrolysate Hb to some extent and then NO- interact with Heme-iron concatenated large molecule polypeptide, nitrosyl heme-polypeptide being synthesized.
为了使亚硝基(NO-)更易结合于血红素亚铁离子及提高色素稳定性,采用蛋白酶有限酶解猪血红蛋白,酶解液中大分子血红素多肽与亚硝基反应合成亚硝基血红素多肽。
4) Deuterohemin-His-Peptide(DhHP-6)
亚血红素多肽(DhHP-6)
5) Hemi Peptide-Fe(HP-F)
血红素肽-Fe
6) heme peptide iron
血红素肽铁
1.
And flocculation characteristics of microbial flocculant(MBF) it produced to the main zymolytic products of swine hemoglobin,heme peptide iron,were investigated.
优化了红平红球菌(Rhodococcus erythropolis)絮凝基因(NOC-1)的提取条件,探讨了该菌种发酵产生的微生物絮凝剂(MBF)对猪血红蛋白酶解的主要产物—血红素肽铁的絮凝特性。
补充资料：血红素结合蛋白
血红素结合蛋白（hemopexin,hpx）分子量5.7万，单链多肽，含糖量约22%。正常血浆中含量为500-1000μg/l，和游离血红素有特异结合能力。它可配合结合珠蛋白对血红蛋白进行处理。当广泛溶血时，血浆结合珠蛋白耗竭，循环中游离的血红蛋白可降解为珠蛋白和血红素两部分。血红素不溶于水，可与hpx结合成复合物而运输到肝，分子中的铁可被机体重新利用，卟啉环降解为胆红素而由胆管排出。hpx并不能与血红蛋白结合，仅可与血红素可逆地结合，而在血循环中反复利用，这是机体有效地保存铁的又一种方式，而避免血红蛋白和血红素从肾排出体外。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条