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六十年代有人发现一些高等植物中有的多糖具有显著的抗肿瘤作用。首先报导从箬竹叶(Sasa Senaensis)中分离到活性很高的抗肿瘤多糖,对S—180的抑瘤率达99.5％。随后从担子菌类、地衣类、酵母菌等中分离的多糖对S—180亦有显著的活性,其抑制率可达80～100％。此外,从禾本科植物如甘蔗、稻草、麦杆等提取了多糖,对S—180的抑制率也可达到85～100％。消瘤率也相当高,有的竟达100％,并未见有任何副作用。从省外刊登的一篇题为《麦糠可以防癌症》的文章中,我们受到启发,近年来开展了提取分离麦麸多糖的研究工作。目前我们已分
Some people in the 1960s found that some of the higher plants have a significant anti-tumor effect. Firstly, it was reported that a highly active anti-tumor polysaccharide was isolated from Sasa Senaensis. The inhibitory rate of S-180 was 99.5%. Subsequent polysaccharides isolated from basidiomycetes, lichens, yeasts, etc. also have significant activity on S-180, and its inhibition rate can reach 80-100%. In addition, the extraction of polysaccharides from gramineous plants such as sugar cane, rice straw, wheat straw, etc., also has an inhibition rate of 85 to 100% for S-180. The rate of tumor elimination is also quite high. Some of them have reached 100% and have not seen any side effects. From an article published outside the province titled “Malco can prevent cancer,” we have been inspired to study the extraction and separation of wheat bran polysaccharides in recent years. We currently have points