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- This paper reported the studied results oning funcoidan from the kelp Laminaria japonica Aresch. 本文报道了福建地产海带提取岩藻聚糖的研究结果。
- There are rich substances in Laminaria japonica aresch which have biological activity,such as algin,fu-coidan and laminaran. 海带中富含功能性物质,其中海带多糖主要包括褐藻胶、褐藻糖胶、褐藻淀粉三种,其分离提取工艺还不是太成熟。
- PRELIMINARY ANALYSIS OF THE DISTRIBUTION OF PEROXIDASE ISOZYMES IN DIFFERENT PARTS OF SPOROPHYTES OF LAMINARIA JAPONICA ARESCH AND UNDARIA PINNATIFIDA (HARV)SUR. 过氧化物酶同功酶在海带和裙带菜各部分分布的初步分析
- Laminaria japonica Aresch. 海带
- In order to gain the optimum extracting condition ,we had sieved the extracting and separating out by ethanol of Laminaria Japonica Aresch polysaccharide through deproteinization and decolorization. 本文采用水法浸提海带多糖,对海带多糖的最佳浸提及醇析条件进行了筛选,并对海带多糖进行了脱蛋白和脱色研究,以优化其提取条件。
- Laminaria Japonica Aresch polysaccharide 海带多糖
- EXTRACTION AND PURIFICATION PROCESS OF POLYSACCHARIDES FROM LAMINARIA JAPONICA ARESCH BY ENZYME TEST 酶法提取纯化海带多糖的工艺
- Study on the extracting condition and deproteinization of laminaria japonica aresch polysaccharide 海带多糖提取条件的优化和脱蛋白研究
- Fucoidan Extracted from Laminaria japonica Aresch and Its Function of Health Care 海带(Laminaria Japonica Aresch)中的褐藻聚糖(Fucoidan)及其保健功能
- Keywords Laminaria Japonica Aresch polysaccharide;extracting condition;deproteinization;decolorization; 海带多糖;提取条件;脱蛋白;脱色;
- Laminaria Japonica Aresch 海带多糖
- The enzymatic-chemical extraction method was studied for the production of dietary fiber from Laminaria japonica. 以海带为原料,研究了酶与化学结合法提取膳食纤维的工艺技术。
- The present research progress of the functions of LMWF and methods of its production from Laminaria japonica were summarized. 着重介绍了海带低分子量岩藻多糖的生物学功能及其制备技术的研究进展。
- The production of reactive oxygen species in Laminaria japonica during infection of alginic acid decomposing bacteria was demonstrated universally. 4、海带在褐藻酸降解菌感染下活性氧的产生具有普遍性。
- On early infective stage the production rate of ROS had a close relationship with the infection-resistant activity of Laminaria japonica. 在感染早期，海带活性氧产生速率的高低与海带的抗感染能力密切相关。
- Some cultivated seaweeds such as Laminaria japonica, Gracilaria lemaneaformis and Porphyra yezoensis are of very high productivity and may absorb large quantities of C, N, P. 海带、龙须菜、条斑紫菜等大型海藻,生产力很高,在生长过程中可大量吸收C,N,P等生源要素,在水生态系统碳循环和减缓富营养化方面有很重要的作用。
- Correlation of viable bacterial number as well as heterotrophic bacterial number on the surface of Laminaria japonica and in its cultivation seawater system was significant. 养殖水体与海带表面细菌生物量变化的相关性的研究表明，病烂过程中养殖水体与海带表面的总活菌数数量变化正相关，两者的异养菌的数量变化也呈正相关。
- In the improved experiment, though the laminaria japonica weight is not increased, the accuracy of result and the effect of the experiment are raised apparently. 本文通过对原实验的改进，在未增加海带用量的情况下，使实验结果的准确性和实验效果得到了明显的提高。
- That showed that its reaction of reactive oxygen species (ROS) was very important in Laminaria japonica against infection of alginic acid decomposing bacteria. 由此可知，活性氧在海带抵抗褐藻酸降解菌的过程中起着重要作用。
- The paper shows the distribution and contents of REE in different components of Laminaria japonica by fractioning and extracting and determined the contents by ICP-AES. 本文通过对海带组分的分离提取和稀土含量的测定，初步阐述了海带各组成成分中的稀土含量和分布。
