大多数自养，如植物，利用阳光的能量把空气成简单的糖，一个过程称为光合作用。
Most autotrophs, such as plants, use the energy of sunlight to turn air into simple sugars—a process known as photosynthesis.
同时探讨了在未灭菌的情况下螺旋藻在敞口光生物反应器中光合自养培养和混合营养培养。
At the same time, the experiment researched that the PSP cell growth in autophototrophic cultivation and mixotrophic cultures in bioreactor with in unsterilization.
而微囊藻作为一种自养的光合植物，其生长与水中的C源无关，与氮磷浓度有关。
The growth of Microcystis aeruginosa (as a sell nutrition plant) had no relation with C resource but had a positive relation with N and P concentration.
对突变体的分析，有以下新结果：突变体都能进行光合自养，但无论在异养培养基上还是自养培养基上，和对照相比，其生长速度非常缓慢；
The new results were obtained as follows: All the mutants could be grown photoautotrophically. However, their growth speed was very slow either on HS or TAP medium as compared with the control;
对突变体的分析，有以下新结果：突变体都能进行光合自养，但无论在异养培养基上还是自养培养基上，和对照相比，其生长速度非常缓慢；
The new results were obtained as follows: All the mutants could be grown photoautotrophically. However, their growth speed was very slow either on HS or TAP medium as compared with the control;
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