糖

objective to explore environment risk factors of metabolic syndrome.methods a cross-sectional population survey with questionnaires investigation,checkup and laboratory measurement for metabolic syndrome was performed among 2026 teachers,and the logistic regression was used to analyze the risk factors of ms.results the education,milk intakes,fish and aquatic products intakes,body exercise and drinking tea were different significantly between male and female individuals.univariate unconditional logistic regression analysis showed that education,body exercises,fish and aquatic products intakes and drinking tea were benefited to the ms,but the age,sucrose intakes were the risk factors to the ms.the multivariate logistic stepwise regression analysis showed that compared with individuals with no drinking milk,or no fish and aquatic product intake,or no drinking tea,or no sucrose intakes,the milk intakes 250-1500 g/week(or=0.731,95%ci:0.542-0.987),the fish and aquatic product intake with 250-1000 g/week(or=0.720,95%ci: 0.541-0.959),or sucrose intakes 250 g/month(or=0.446,95%ci:0.255-0.779),drinking tea forepassed(or=0.635,95%ci:0.458-0.883),and current (or=2.084,95%ci:1.390-3.125) had different levels of risk on ms.conclusion the age and sucrose intakes are risk factors,and the milk intakes,aquatic products and drinking tea benefits for ms.

目的 了解中小学教师代谢综合征发病及其影响因素。方法采用横断面调查方法，随机抽取芜湖市中小学教师2 026名，进行问卷调查、体格检查和实验室检测，并运用logistic回归分析代谢综合征影响因素。结果不同性别的中小学教师在受教育程度、牛奶摄入、水产品摄入和饮茶习惯等方面的差异有统计学意义；其中受教育程度、体育锻炼、水产品摄入和饮茶是保护因素，而年龄、工作紧张程度、糖的摄入可能是代谢综合征的危险因素。logistic逐步回归分析结果提示，牛奶摄入、水产品摄入和饮茶是代谢综合征的保护因素，而年龄和糖摄入是代谢综合征的危险因素，其中牛奶摄入在250～1500 g/周(or=0.731，95% ci=0.542～0.987)，水产品摄入在250～1000 g/周(or=0.720，95% ci=0.541～0.959)以及以前饮茶（or=0.446，95% ci=0.255～0.779和现在正在饮茶(or=0.635，95% ci=0.458～0.883)，对代谢综合征的保护作用明显，而糖摄入250 g/月时代谢综合征的患病的危险是不食用食糖的2倍(or=2.084，95% ci=1.390～3.125)。结论年龄和糖摄入是代谢综合征患病的危险因素，而牛奶、水产品和饮茶是代谢综合征的保护因素。

Galactosidase can hydrolysis a -galactosis bond , namely it can hydrolysis galactosis complex of non-reductive ends binding α-bond, so it can hydrolysis oligosaccharides such as raffinose、 stachyose、 verbascose, et al. It also can hydrolysis heteropolysaccharide including α-galactosis bonds.

能催化α-半乳糖苷键的水解，即能水解非还原性末端以α键结合的半乳糖苷化合物，因此它能水解蜜二糖、棉子糖、水苏糖和毛蕊花糖等低聚糖，还能水解含有α-半乳糖苷键的杂多糖。

Background: Glycan-binding proteins could regulate many fundamental and important biological functions, including cell recognition, cell signaling pathway, growth, endocytosis, intracellular, apoptosis, cellular differentiation and infection of pathogenic microorganism through the interaction with glycan of glycoprotein or glucolipid.

研究背景：糖结合蛋白(glycan binding proteins，GBPs)通过和糖蛋白糖链或糖脂糖链的相互作用调控细胞间的识别、信号传递、细胞的内吞和细胞内物质的运输、细胞生长、分化以及凋亡、外界病原微生物的感染等一些最基本的也是最主要的生物学功能。

You could be my brand new game You begin and roll the dice I would smile and break the ice Tell me how could I resist when you're my favorite kiss Kissy kissy makes me happy Honey honey sweet as candy Kissy kissy take my hand and come along with me Kissy kissy makes me happy Honey honey sweet as candy Kissy kissy love is grand with you my sugar bee See the moon and see the sun, shining down on everyone They know how in love we are, I heard them tell it to a star There's no mountain, there's no sea that could keep your love away from me No matter what the distance is, you're still my favorite kiss Kissy kissy makes me happy Honey honey sweet as candy Kissy kissy take my hand and come along with me Kissy kissy makes me happy Honey honey sweet as candy Kissy kissy love is grand with you my sugar bee La la la, tell me what your secret is La la la, why won't you let me know La la la, nothing makes me feel like this La la la, cause you're my favorite kiss Kissy kissy makes me happy Honey honey sweet as candy Kissy kissy take my hand and come along with me Kissy kissy makes me happy Honey honey sweet as candy Kissy kissy love is grand with you my sugar bee Kissy kissy makes me happy Honey honey sweet as candy Kissy kissy take my hand and come along with me Kissy kissy makes me happy Honey honey sweet as candy Kissy kissy love is grand with you my sugar bee La la la, tell me what your secret is La la la, why won't you let me know La la la, nothing makes me feel like this La la la, cause you're my favorite kiss

您能是我全新的游戏您开始和滚动模子我会微笑和会打破僵局告诉我怎样能我抵抗当您是我喜爱的亲吻 Kissy kissy 牌子我愉快蜂蜜蜂蜜甜点作为糖果 Kissy kissy 作为我的手和来与我一起 Kissy kissy 牌子我愉快蜂蜜蜂蜜甜点作为糖果 Kissy kissy 爱是盛大的与您我的糖蜂看见月亮和看见太阳，发光下来在大家他们知道怎么在爱我们是，我听见他们告诉它对星没有山，没有能保持您的爱去从我的海不管距离是，您仍然是我喜爱的亲吻 Kissy kissy 牌子我愉快蜂蜜蜂蜜甜点作为糖果 Kissy kissy 作为我的手和来与我一起 Kissy kissy 牌子我愉快蜂蜜蜂蜜甜点作为糖果 Kissy kissy 爱是盛大的与您我的糖蜂 La la la，告诉我是什么您的秘密 La la la，为什么不会将您告诉我 La la la，没什么做我感受象这样 La la la，导致您是我喜爱的亲吻 Kissy kissy 牌子我愉快蜂蜜蜂蜜甜点作为糖果 Kissy kissy 作为我的手和来与我一起 Kissy kissy 牌子我愉快蜂蜜蜂蜜甜点作为糖果 Kissy kissy 爱是盛大的与您我的糖蜂 Kissy kissy 牌子我愉快蜂蜜蜂蜜甜点作为糖果 Kissy kissy 作为我的手和来与我一起 Kissy kissy 牌子我愉快蜂蜜蜂蜜甜点作为糖果 Kissy kissy 爱是盛大的与您我的糖蜂 La la la，告诉我是什么您的秘密 La la la，为什么不会将您告诉我 La la la，没什么做我感受象这样 La la la，导致您是我喜爱的亲吻

China rich Blueberry anthocyanins, Blueberry anthocyanins material in the pigment, anthocyanin mainly-2-glucosidase, anthocyanins-3-xylosidase, anthocyanins-3-Fu-glucoside, flowers Green-2-rhamnoside, D.-3-rhamnoside, D.-5-glucosidase, 3-o-original flower-Chui, Malvaceae pigment 3, 5-and two glucosidation 3, 3-such as stripping the original flower.

中国越橘富含花青素，越橘花青素重的色素物质，主要为花青素-2-葡萄糖苷、花青素-3-木糖苷、花青素-3-半乳糖苷、花青素-2-鼠李糖苷、翠雀花-3-鼠李糖苷、翠雀花-5-葡萄糖苷、3-O-酰原花翠素、锦葵色素-3，5-二糖甙和3，3-二-酰原花萃素等。

Based on the fact that noΔM,ΔMM orΔGM fractions were separated,we postulated that the hydrolysis mainly occurred between two guluronic acids making one guluronic acid residue on the reducing end and an unsaturated guluronic acid in the nonreducing end.

根据以上实验结果推测裂解位点位于两个古罗糖醛酸之间，使得一个古罗糖醛酸变成不饱和糖醛酸位于产物的非还原末端，而另一个古罗糖醛酸位于产物的还原末端。

The cells ovoidal, while budding the wall structure is entroblastic. Reproduction by multilateral budding. It is not form ascospores or ballistospores; on malt agar red carotenoid pigments is synthesized.

该菌株细胞卵圆，出芽时胞壁结构为内分芽型，多端芽殖，不产生子囊孢子和掷孢子；在麦芽汁琼脂上产生红色胡萝卜素，颜色反应阳性，菌落平滑，有光泽，质地软而呈粘液状，不发酵任何糖，能同化麦芽糖、蔗糖、乳糖、棉子糖、松三糖和硝酸钾，能分解尿素；细胞水解物中含甘露糖、葡萄糖和半乳糖。

objective:to determine total flavonoids content in the leaves of acer saccharum.methods:we determined total flavonoids contents in leaves of acer saccharum by ultraviolet and visible spectrophotometry.results:the flavonoids content was 1.035mg/g in the leaves of acer saccharum.conclusion:the flavonoids content is rich in the leaves of acer saccharum and the leaves have pharmic value.

目的：本文对糖槭叶中的总黄酮含量进行测定。方法：采用紫外-可见分光光度法对糖槭叶中总黄酮含量进行测定。结果：糖槭叶中总黄酮含量为1.035mg/g。结论：糖槭叶中含有丰富的黄酮类化合物，具有可观的药用开发价值。

According to Gas Chromatography infra-red spectra analysis, the four fractions all contain different quantities of arabinose , galactose, glucose and seminose, VLP-2 and VLP-3 also contain rhamnose and xylose, polysaccharide configuration may have B -D-pyran glucose.

以粗多糖为起始原料计算，四个级分的纯品多糖得率分别为：VLP—1为25.32％，VLP—2为50.82％，VLP—3为7.55％，VLP—4为10.41％。根据气相色谱分析表明，四个级分的多糖都含有不同量的阿拉伯糖、半乳糖、葡萄糖、甘露糖，VLP—2、VLP—3还含有鼠李糖和木糖。

This paper describes the development course of xylitol industry in China,the characteristics of two production technology, and describes new technology and new material in production,the application in industry of medication,food,foundry,rock oil,plastic,oil paint,smokables,leather,the characteristic way of xylitol application and development foreground of the xylitol industry.

本文综述了我国木糖醇工业的发展历程，两种不同生产工艺的特点，披露了生产新技术和新材料，以及木糖醇在医药、食品、铸造、石油、塑料、油漆、烟草、皮革等工业中的应用，木糖醇应用中的工艺路线和木糖醇工业的发展前景。

The reasons of iron ions content overproof in grade Ⅱ desalting water system,such as variation water quality,contamination of regenerant , operation adjustment of pretreatment system and switching operation of bed were discussed.

对二级脱盐水系统中铁离子含量超标的原因，如来水水质发生波动、再生剂受到污染、预处理系统操作调整、床体运行切换等进行了论述。

You were hired to drum up new business, so go and do it.

公司雇你招徕新业务，你就做你的事好了。