Medium with higher concentration sucrose can promote bulblet enlargement but inhibit bulblet formation.
高浓度蔗糖能促进子球增大，但对子球再分化有抑制影响。
This article reviews the recent development in the sucrose ester's synthesis catalyzed by enzymes, namely those involving control over the enzyme, the reaction medium and the acyl donor.
本文对蔗糖酯的酶促合成研究进行了总结，其中主要涉及到酶、反应媒介和酰基供体等影响因素。
B5 as basic medium appended with different concentrations of sucrose, AGAR and different hormone combinations was used to optimize the culture technique for DH line in Brassica napus l.
以B5培养基为基础培养基，添加不同浓度的蔗糖、琼脂及不同激素组合进行试验，对油菜DH系的组培技术进行优化。
The main focus of this study was effective hydrogen bio-production using sucrose medium as the simulated organic wastewater.
以蔗糖为基质模拟有机废水，在活性污泥梯度驯化的基础上对其产氢条件进行优化。
On the other hand, amount and fashion of accumulation of glucose and fructose alter in fermentation culture medium containing 10% sucrose.
在10%蔗糖发酵培养基中，发酵液中葡萄糖和果糖的积累量和积累方式发生改变。
Add sucrose in culture medium was the best compared with those of maltose and glucose, and the sprout rate was the highest in 10% of the sugar concentration.
在蔗糖、麦芽糖和葡萄糖这三种不同糖类的培养基上，以蔗糖最好，而糖浓度均以10％时萌发率最高；
A soil bacterivorous nematode feeding on bacteria B1 and B2 was isolated from rhizosphere soil of wheat and cultured on potato sucrose agar medium(PSA).
从小麦根际土中分离得到一种能取食B1和B2两种细菌的土壤食细菌线虫，并在马铃薯蔗糖培养基上富化培养成功。
Effects of basal culture medium, sucrose concentration, natural extracts and phytohormones on protocorm differentiation were studied.
试验了基本培养基、蔗糖浓度、天然提取物以及植物激素对铁皮石斛原球茎分化的影响。
Plantlets of rooting-stage could survive on the sucrose-free medium .
生根培养阶段的非洲菊试管苗能生长在无蔗糖培养基上。
In this experiment, 200 buds of Plantain banana obtained from tissue culture were transferred to 5 types of multiplication culture medium added sucrose and hormones.
本实验取2 0 0个经离体培养已萌动的粉蕉芽，分别接入添加蔗糖和激素的5种增殖培养基中培养。
This is the first to our knowledge reported for the batch acclimation of sludge at high concentration of organic matter medium over 80g sucrose per liter.
首次提出了针对高浓度有机质的活性污泥间歇浓度梯度驯化法，阐明了驯化过程中糖代谢速率和产氢能力的演变规律。
This is the first to our knowledge reported for the batch acclimation of sludge at high concentration of organic matter medium over 80g sucrose per liter.
首次提出了针对高浓度有机质的活性污泥间歇浓度梯度驯化法，阐明了驯化过程中糖代谢速率和产氢能力的演变规律。
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