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hmily601

木虫 (正式写手)

[求助] 英语高手帮忙翻下这几句话 谢谢!!

在碳谱中,化学位移102.3,101.5,100.7(2个),100.1(2个)共6个碳信号,为糖基上的端头碳信号,结合氢谱的六个端头氢信号,进一步确定了该化合物存在6个糖基;化学位移65.4~76.4区间为糖基上的非端头碳信号,且有多个重叠碳信号,高场区化学位移17.7,17.8处有两个甲基碳信号,结合氢谱化学位移1.05 (3H, d, J=6.2 Hz),1.24 (3H, d, J=5.1 Hz) 两处信号,提示该化合物的6个糖配基中含有两个鼠李糖基,这两个甲基分别是两个鼠李糖基上的甲基;且从碳的化学位移值来看[4],推测该化合物中另外四个糖基是半乳糖.
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terry_well

荣誉版主 (知名作家)

笑熬浆糊——满脑浆糊

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【答案】应助回帖

hmily601(金币+80, 翻译EPI+1): 谢谢你啦!!辛苦了,翻译的真的蛮好呢!!还有一点儿内容,请再帮下忙吧,等下我就贴上,谢谢了!主要是有急用,但我的英语不太好,翻得不大好。 2011-12-11 22:42:53
In the carbon spectrum, there are a total of six carbon signals for the chemical shift namely 102.3, 101.5, 100.7 (double) and 100.1 (double), which are the first signal of carbon at the end of the sugar-based segments. Combined with six ends hydrogen signal from the H-NMR spectra, it was further determined that it was a six sugar-based compound. The chemical shift range from 65.4 to 76.4 was resulted from the chemical shift of non-ends carbon within non-sugar based segments. Besides, there were multiple overlapping carbon signals and the chemical shift signal of two methyl carbon at 17.7 and 17.8 was observed in the high-field region. Combined with the H-NMR results namely two chemical shifts of 1.05 (3H, d, J = 6.2 Hz), 1.24 (3H, d, J = 5.1 Hz), it was indicated that two rhamnose base were included in the compound of the six sugar ligands, and the two methyl groups belonged to rhamnose. Based on the carbon chemical shift value of these two methyl [4], it was induced that the other four glycosylation in such compound should be galactose.
不知对不对,请您多多修正,经供参考。
签名:英文名“Terry”,EC版专用;中文名“浆糊哥”,灌水专用,谢谢合作!
2楼2011-12-11 18:35:37
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