This effect may be involved in the

This effect may be involved in the scavenging effect of sugar on hydroxyl radical because lateral root initiation in B. falcatum root culture was promoted by stresses such as drought or heat, and active oxygen species that the addition of hydrogen peroxide or methylviologen contributed. As saikosaponin was accumulated only on lateral roots and original roots were losing their function to root tissues during the culture in that culture system, the prompt increase of lateral root formation was crucially important. However, as sucrose is also an energy source, a two-step culture was adopted, with the addition of 1% sucrose at the beginning of the culture and 6%sucrose thereafter at 14 days when lateral roots had emerged.

結果 (繁體中文) 1:

這種效應可能參與糖對羥自由基的清除作用，因為由乾旱或熱和添加過氧化氫或 methylviologen 貢獻的活性氧物種等應力促進側根萌生在三島柴胡根文化。僅在側根上積累了柴胡皂苷和原始根正在失去其功能到根組織培養過程中文化系統中，迅速增長的側根原因是形成的極為重要。然而，經蔗糖也是一個能量源，兩步文化獲得通過，加上此後第 14 天出現側根了開始的文化和 6%蔗糖 1%蔗糖。

結果 (繁體中文) 2:

可能參與糖的羥基自由基的清除效果這種效果是因為二falcatum根培養側根開始被提倡的壓力，諸如乾旱或熱，和活性氧，添加過氧化物或甲基紫氫做出了貢獻。由於柴胡皂苷積累只在側根和原始的根源在於培養體系培養過程中失去其功能，以根組織，側根形成迅速增長是至關重要的。然而，如蔗糖也是能量源，兩個步驟的培養物通過，通過添加1％的蔗糖在培養和6％蔗糖的開始之後第14天的時候側根已經出現。

結果 (繁體中文) 3:

這種效應可能是參與糖的清除作用，對羥自由基因為三島柴胡根培養側根被脅迫如乾旱或熱的推動，與活性氧，過氧化氫或進行新增。為柴胡皂苷在根原根失去功能，根組織培養過程中，文化系統積累，側根形成迅速增長是至關重要的。然而，蔗糖也是一種能量來源，採用兩步培養法，在培養開始時，1%的蔗糖和6%蔗糖的蔗糖，此後14天，當側方出現。