甜菜碱与盐酸盐甜菜碱的区别 还有他们的作用一样吗?含量的区别呢

甜菜碱又名甘氨酸三甲胺内盐
大概算个氨基酸衍生物吧
从甜菜中分离所得,具有季铵内盐结构或称作铵鎓结构的化合物称为"甜菜碱".

Through the different treatment under irrigation wolfberry secondary material accumulated in the study found that drought is conducive to betaine and the accumulation of Leihu radish, but not conducive to the accumulation of VC and flavonoids. Polysaccharide and betaine was not statistically significant positive correlation with the VC, flavonoids, was not statistically significant negative correlation, and carotenoids almost no relevance. Total sugar and betaine was not significantly correlated with the flavonoids There was a significant negative correlation with the carotenoids do not have a significant negative correlation. Polysaccharide with light and speed was not a significant negative correlation with the total sugar was not significantly correlated, light and flavonoids and VC rate was not significantly correlated with the Betaine and carotenoids showed no significant negative correlation. Water and polysaccharide / VC was a very significant negative correlation with the polysaccharide / flavonoids was negatively correlated with the polysaccharide / betaine There was a significant negative correlation with the polysaccharide and carotenoids have negative correlation.

加入异丙醇之后它对甜菜碱和氯化钠溶解度不同对氯化钠溶解度小对甜菜碱溶解度大所以它能够析出氯化钠溶解甜菜碱。分离之后只要加热就能从异丙醇中提取甜菜碱

不知道
氧化三甲胺 (TrimethylamineN -oxide ,TMAO),其化学结构与甲基供体胆碱、甜菜碱和S-腺苷甲硫氨酸等相似.氧化三甲胺广泛分布于海产硬骨鱼类的肌肉中,具有特殊的鲜味.氧化三甲胺作为动物体内重要的无毒中间代谢物,在水产业中具有广阔应用前景.
甜菜碱是一种碱性物质,具有强烈的吸湿性能,所以在制作工艺中经常会使用抗结块剂处理,其分子结构、应用效果与天然甜菜碱无明显差别,属于化学合成的天然物等同物.【中文名称】甜菜碱 【英文名称]】 Betaine 【别 名】Glycine betaine,

抗逆物质
细胞遇逆境 盐胁迫、干旱 时分泌的渗透调节物质,还有脯氨酸
转基因后就可提高植物抗旱 抗盐 性
完毕

而三甲胺为气体,气体通入液体中的反应最后生成甜菜碱和氯化钠,如果过量则生成三甲胺盐酸盐.而上一步过量的氢氧化钠最后与盐酸反应生成氯化钠.最终盐酸甜菜碱中可能残留的成分为三甲胺盐酸盐和氯化钠.先抛砖引玉.