Many studies indicated positive correlations between decreased levels of serum chromium,
zinc, and magnesium and poor glycemic control.
許多研究表明血清鉻,鋅和鎂水平下降與血糖控制不良之間呈正相關。
Recent findings Blood levels of trace elements (especially magnesium and zinc)
were lower in type 1 diabetes patients than in controls
最新發現1型糖尿病患者的血液中微量元素(尤其是鎂和鋅)水平低於對照組
Studies have shown that Zinc has numerous beneficial effects in both type-1 and type-2 diabetes.
研究表明,鋅在1型和2型糖尿病中都有許多有益作用。
與對照組相比,鋅離子Zn(II)和鎂離子Mg(II)在蛋白尿、有蛋白尿的2型糖尿病、2型糖尿病顯著低。
The magnesium, chromium, cobalt,selenium, manganese, and zinc seem to be low in type 2 diabetes
Table 1
Micronutrient status in Type 2 diabetes subjects.
2型糖尿病患者的鎂,鉻,鈷,硒,錳和鋅似乎較低
表格1
2型糖尿病受試者的微量營養素狀況。
Human pancreatic β cells have exceptionally high zinc content.
人胰腺β細胞具有極高的鋅含量。
In β cells the highest zinc concentration is in insulin secretory granules
, from which it is co-secreted with the hormone.
在β細胞中,鋅濃度最高的是胰島素分泌顆粒,它與激素共同分泌。
In the mammalian pancreas, Zn2+ is essential for the correct processing, storage,
secretion, and action of insulin in beta (β)-cells.
在哺乳動物胰腺中,Zn2 +對於β(β) - 細胞中胰島素的正確加工,儲存,分泌和作用是必需的。
Zn2+ levels in the pancreas have been found to be associated with diabetes.
已發現胰腺中Zn2+(鋅離子)的水平與糖尿病有關。
Zinc is required for insulin synthesis and storage
鋅是胰島素合成和儲存所必需的
Our observations showed a definite lowering of serum magnesium (p<0.001) and
serum zinc levels (p<0.001) were significant in diabetic group.
我們的觀察顯示糖尿病組血清鎂,血清鋅水平顯著降低。
Regenerating insulin-producing cells with zinc could tackle the underlying cause of diabetes
用鋅再生胰島素生成細胞可以解決糖尿病的根本原因
In addition, we note that zinc supplementation significantly increases insulin
secretion with a significant elevation of ZIP8 transporters in SHED-β cells.
此外,我們注意到補充鋅可顯著增加胰島素分泌,同時SHED-β細胞中ZIP8轉運蛋白顯著升高。
總結以上:
由上可知,1、2型糖尿病都缺鎂鋅錳。
補充鎂鋅錳建議一天一粒男性/女性善存+無糖豆漿+無糖茶。