O 型糖基化即以丝氨酸(Serine, Ser)、苏氨 酸(Threonine, Thr)、羟赖氨酸(Hydroxylysine, Hyl)和 羟脯氨酸(Hydroxyproline, Hyp)的羟基为连接点, 形 成氧连糖苷键; N 型糖...
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Hydroxyglutamic acid 羟胶胺基酸（麦醯氨）（觳氨醯氨） Hydroxylysine 赖氨酸（离氨酸） 7-Hydroxy-8-methoxy-2-methyl-anthraquinone 七氢氧基八甲氧基2-甲基蒽醌 ..
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COOHCH2CH2CH2CH2NH2H2N HCOOHCH2CH2CHCH2NH2OHH2N HNH2H2N HL-精氨酸(Arginine)L-羟基赖氨酸(Hydroxylysine)中性氨基酸:碱性氨基与羧基数目相等,PI=5-7 (共17个)。
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胺酸 、羟基離 胺酸 ( Hydroxylysine ) 之链的 Tropocollagen 进行去胺作 用得到醛基 (Aldehydes)，而形成强而有力之共价键交聯键结
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hydroxylysine glycoside 羟赖氨酸糖甙 ; 尿羟赖氨酸糖甙
glucosyl galactosyl hydroxylysine 萄糖基半乳糖羟赖氨酸
hydroxylysine kinase 羟基赖氨酸激酶
Hydroxylysine-deficient collagen disease 羟赖氨酸缺乏胶原病
Hydroxylysine galactosyltransferase 释义羟基赖氨酸半乳糖基转移酶
galactosyl hydroxylysine collagen 半乳糖基羟基赖氨酸胶原
DL-plus allo-delta-Hydroxylysine 异羟赖氨酸
DL-5-HYDROXYLYSINE HYDROCHLORIDE 羟基
L-hydroxylysine 羟赖氨酸
Other features which make it unique are its content of hydroxylysine.
其他使之独特的特点是它的羟基赖氨酸含量。
In addition, type II is low in hydroxyproline and trace of hydroxylysine, the primary difference in comparison with type I and III gearing type II to address cartilage tissue properties.
此外，第二类是低羟脯氨酸和羟痕迹，在与I型和II型三面向，以解决软骨组织的主要性能比较差。
Conclusions The influence of FA on the ability to collagen fibrillogenesis maybe caused by the changes of hydroxylysine glycosylation in collagen molecular and the diameter of collagen fibrils.
结论实验组胶原分子聚合能力的改变，可能与腐殖酸对胶原分子中羟赖氨酰残基的糖苷化影响和胶原分子直径的影响有关。
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