The results showed that coniferin could completely polymerize with model compound of β-O-4 type lignin to form lignin macromolecule. The M of the polymerized product was much higher than the starting materials.

研究表明：在漆酶的催化作用下木質(zhì)素前驅(qū)物松柏醇－β-D-葡萄糖苷與木質(zhì)素模型物能很完全的發(fā)生聚合，產(chǎn)物中不存在起始物的晶體www.黄色网站免费在线观看，M也大大的增加了。

In order to explore the mechanism of polymerization between lignin from effluent of pulping process and lignin precursors, the method and mechanism of co-polymerization of coniferin with model compound of β-O-4 type lignin were investigated.

為了探討造紙廢水中殘余木質(zhì)素與木質(zhì)素前驅(qū)物之間的聚合反應(yīng)機(jī)理，研究了β-O-4型木質(zhì)素模型化合物與木質(zhì)素前驅(qū)物松柏醇－β-D-葡萄糖苷－[α-13C]的聚合反應(yīng)方法及其反應(yīng)機(jī)理在线视频欧美激情第7页。

The polymerization reaction between coniferin and soluble lignin in the effluents from paper mill, catalyzed by lignin oxidase, was investigated.

研究了在木素氧化酶催化的體系下，木素前驅(qū)物松柏醇-β-D-葡萄糖苷-[α-13C]與廢水中可溶性木素的聚合反應(yīng)方法欧美色图亚洲图区。

To further reveal the structure of monocotyledon lignin, carbon 13 enrichment of specific carbons of rice stalk lignin was achieved by feeding coniferin [α 13 C], coniferin [β 13 C] and coniferin [γ 13 C] into an internode cavity of the stalk of a growing rice plant Oryza sativa L.

為了進(jìn)一步了解單子葉植物的木素中文字幕,大黄片，向生長(zhǎng)中的水稻(OryzasativaL 。)莖稈節(jié)間的腔體分別注入在側(cè)鏈αwww.MADOUav.com、βwww.hzweisun.com/、γ位帶13 C標(biāo)記的松柏醇葡萄糖甙，得到側(cè)鏈帶13 C標(biāo)記的稻稈木素欧美男女a片。

coniferin：松柏苷

coniferalsconiferophyte 針葉植物 | coniferin 松柏苷 | coniferous 松類的

coniferin：松柏酐

conifer 針葉樹(shù),松柏類植物 | coniferin 松柏酐 | coniferol 松柏醇

coniferin hydrochloride：鹽酸松柏苷

Coniferae | 松柏科 | coniferin hydrochloride | 鹽酸松柏苷2, 4- | coniferous forest | 針葉樹(shù)林