The effects of solid concentration and enzyme dosage on sugar removing rate were also investigated.
还探讨了固形物浓度和酶用量对除糖率的影响。
So the effect of enzyme dosage, treatment time and treatment temperature on extraction yield were discussed.
由此对酶解法，探讨了酶用量、酶处理时间、酶处理温度及酶的联合作用对绿原酸得率的影响。
Substrate concentration and enzyme dosage did not make obvious impact on the efficiency of enzymatic hydrolysis.
底物浓度和用酶量对酶解效率没有明显的影响。
Through the orthogonal experiment, the influences of such factors as enzyme dosage, PH, temperature and treatment time were tested.
分析了酶剂用量、PH值、温度和整理时间各因子对纤维减量率和强力损失率的影响。
Results showed that sugar removing rate decreases as solid concentration increases and that the higher the enzyme dosage, the larger is the sugar removing rate.
结果表明，随着固形物浓度的增加，除糖率逐渐降低；木聚糖酶用量越大，除糖率越高。
In order to improve the extraction rate of Submerged Mycelium Polysaccharide from Pleurotus nebrodensis, the influences of enzyme dosage , enzymolysis temperature, …
马淑凤，王利强，胡志超，刘长江，酶法提取白灵菇深层发酵菌丝体多糖…
The deinking of mixed office waste (MOW) with celluloses in combination with deinking agent was studied. Factors such as enzyme dosage, time and temperature influencing the process were discussed.
将纤维素酶和脱墨剂共同应用于混合办公废纸的脱墨中，研究了酶用量、时间、温度对脱墨的影响。
Objective: to study the effects of insulin dosage and duration of hypoglycemia on serum enzyme activity in rabbits, and determine organ damage due to hypoglycemia.
目的：研究胰岛素剂量和低血糖持续时间对血清酶活性影响，确定低血糖损伤的脏器。
The studies of the enzymatic hydrolysis process showed that the hydrolysis efficiency was affected by the dosage of substrate and enzyme.
对酶解工艺条件的研究表明：不同底物浓度和酶用量均对酶解效率有一定的影响。
The effect of nitrogen dosage on starch content and key enzyme activity in composing starch in kernels of spring maize was studied.
以不同品种春玉米为试验材料，研究氮肥施用量对春玉米子粒淀粉含量及淀粉合成关键酶活性的影响。
Biosynthesis of phospholipid with high saturate fatty acid content is governed by methods of preparation, source and dosage of enzyme, solvent, water content, substrate and so on.
采用脂肪酶合成高饱和脂肪酸含量的磷脂时，受到合成途径、酶种类及用量、溶剂、水份含量以及底物等因素的影响。
Biosynthesis of phospholipid with high saturate fatty acid content is governed by methods of preparation, source and dosage of enzyme, solvent, water content, substrate and so on.
采用脂肪酶合成高饱和脂肪酸含量的磷脂时，受到合成途径、酶种类及用量、溶剂、水份含量以及底物等因素的影响。
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