Botanisches Institut der Universität, Menzinger Strasse 67, D-8000, München 19, Germany.
Planta. 1984 Sep;162(3):283-8. doi: 10.1007/BF00397451.
The synthesis and accumulation of lychnose and isolychnose in leaves of Cerastium arvense during late fall and winter were shown to be controlled mainly by the temperature regime, while the photoperiodic regime had only a quantitative effect. Labelled lychnose and isolychnose were formed from [(14)C]raffinose in a cell-free enzyme preparation of leaves of Cerastium arvense in accordance with the equation: raffinose+raffinose →(iso-)lychnose+sucrose.
在秋季和冬季后期，雀麦草叶片中李糖石蒜醇和异李糖石蒜醇的合成和积累主要受温度条件控制，而光周期条件只有定量影响。在雀麦草叶片的无细胞酶制剂中，用 [(14)C]棉子糖形成了标记的李糖石蒜醇和异李糖石蒜醇，符合以下方程式：棉子糖+棉子糖→(异)李糖石蒜醇+蔗糖。
