二氢蝶啶

Dihydropteridine is a key intermediate in the biosynthesis of vitamin B6.
二氢蝶呤是维生素B6生物合成中的关键中间产物。
The deficiency of dihydropteridine leads to a condition known as pyridoxine deficiency.
缺乏二氢蝶呤会导致一种称为维生素B6缺乏症的状况。
The enzyme involved in dihydropteridine reductase plays a crucial role in the conversion process.
参与二氢蝶啶还原酶的酶在这个转化过程中起着至关重要的作用。
Researchers found increased levels of dihydropteridine in patients with certain genetic disorders.
研究人员发现某些遗传疾病患者的二氢蝶呤水平有所增加。
The laboratory test for diagnosing dihydropteridine reductase deficiency involves measuring enzymatic activity.
诊断二氢蝶啶还原酶缺陷的实验室测试涉及测量酶活性。
Dihydropteridine is an essential cofactor for the enzyme involved in the production of heme.
二氢蝶呤是参与血红素合成酶的必需辅助因子。
In plants, dihydropteridine is synthesized through a different pathway than in animals.
在植物中，二氢蝶呤的合成途径与动物不同。
Treatment for dihydropteridine-related illnesses often includes dietary supplementation with vitamin B6.
对于与二氢蝶呤相关的疾病，治疗通常包括维生素B6的膳食补充。
The study observed changes in dihydropteridine levels in response to varying dietary intake of vitamin B6.
研究观察了在维生素B6摄入量变化时二氢蝶呤水平的变化。
A balanced diet rich in folate and vitamin B6 helps maintain proper dihydropteridine levels in the body.
一个富含叶酸和维生素B6的均衡饮食有助于维持体内二氢蝶呤的正常水平。