- 更多网络例句与甘薯相关的网络例句 [注：此内容来源于网络，仅供参考]
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The immunoregulation activity of SPG-1 mainly existed in the part of sugar chain, but keeping its molecular structure intact had some effects on its immunoregulation activity; SPG sulphation had reducing effects on the immunoregulation of SPG-1, whereas, after medium and low acetification of SPG, the immunoregulation of SPG was enhanced. Conversely after high acetification, the immunoregulation of SPG-1 decreased, that is, after introducing sulfuric and acetic acid base in SPG-1, its immunoregulation changed. All of these indicated the structure of SPG-1 was closely connected with its immune activity.⑤.
甘薯糖蛋白SPG-1的免疫调节活性主要在其糖链部分，但保持分子结构的完整性对其免疫调节的活性有一定的作用；甘薯糖蛋白硫酸化对甘薯糖蛋白SPG-1的免疫调节有降低作用，而中、低度乙酰化后，可提高甘薯糖蛋白的免疫调节作用，高度乙酰化后则降低其免疫调节作用，即甘薯糖蛋白引入乙酰基和硫酸基团后，其免疫调节活性发生了改变，这些均表明了甘薯糖蛋白的结构与其免疫调节活性有密切的关系。
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The results showed that the antioxidant capacity of purple sweet potato wine (cooked sweet potato∶water=1∶1.5) was stronger than that of claret under the same alcoholicity (about 11%vol) and the antioxidant activity of purple sweet potato juice was equal to that of purple sweet potato wine before and after the fermentation.
结果表明，由熟紫薯∶水＝1∶1.5制作的紫甘薯酒比相同酒精度（约11 %vol）的干红葡萄酒具有更强的抗氧化能力，发酵前后紫甘薯汁和紫甘薯酒的抗氧化活性相当。
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All results showed that three kinds of medicament on controlling sweetpotato black rot is effective, the control effect of 70% thiophanate-methyl and 50% carbendazim were above 90%, 50% amobam was above 80%. The four kinds of medicament on controlling sweetpotato stem nematode with 40% isofenphos-methyl, 50% phoxim, 5% aldicarb and 5% ethoprophos in the field showed obvious effect, the control effect were 88.81%, 83.29%, 93.63% and 90.35%.
在贮藏期间对甘薯黑斑病的药剂防治试验中，70%甲基托布津、50%多菌灵和50%代森铵三种药剂对甘薯黑斑病均有较好的防治效果，70%甲基托布津和50%多菌灵的防治效果达90%以上，50%代森铵的防治效果达80%以上；在田间对甘薯茎线虫病的药剂防治试验中，40%甲基异柳磷、50%辛硫磷、5%神农丹和5%茎线灵四种药剂对甘薯茎线虫病的防治效果明显，防效分别为88.81%、83.29%、93.63%和90.35%。
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More than 30 kinds of diseases and pests have been reported, but the damage of sweetpotato black rot, sweetpotato root rot, sweetpotato stem nematode and sweetpotato bacterial wilt is serious.
我国甘薯病虫害危害严重，已经发现报导的有30多种，其中发生比较广泛、为害比较严重的有甘薯黑斑病、甘薯根腐病、甘薯瘟病、甘薯茎线虫病。
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The methods of this study were to use the heat treatments included hot air, hot water and steam to prevent decay. We measured the temperature in 5 mm depth of the surface on sweet potato in heating treatments and also used COMSOL Multiphysics to simulate the process and to predict surface temperature that was undetectable during heating process to insure the effeteness of heat treatments. After heating treatments, sweet potato were stored in cold rooms at 13~15℃ and 85~100%.
本研究所使用的热处理方法，包括热风处理、热水处理以及蒸汽处理预防贮藏期间的腐烂，并且实际量测甘薯表面深度5 mm处的温度，并使用商业软体COMSOL Multiphysics模拟甘薯在热处理的加热过程中，深度5 mm处的温度与实际加热温度相近，以此模拟推测甘薯表面温度。
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To determine the best sampling time of ipomoea lam leaves as well as the value of their resources, dynamic changes in the content of chlorogenic acid from ipomoea lam leaves in different periods and its ability of scavenging free radicals were studied.
摘 要：研究甘薯叶中绿原酸的动态变化规律以及其清除自由基的能力，从而确定甘薯叶最佳采样时期以及甘薯叶的资源价值。
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Biology technique is based on appearance symptom on sweet potato or Ipomoea Setosa after they are infected to identify virus.
甘薯病毒病一直影响着甘薯经济发展，引起甘薯种性退化，导致严重减产(20%~57%)，是影响甘薯生产的重要病害。
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Lam. and its related species are called plants of Ipomoea section batatas, which are classified into two groups based on the cross-compatibility with sweetpotato: Group I cross-compatible with sweetpotato and Group II cross-incompatible with sweetpotato.
根据同甘薯的杂交亲和性，将甘薯组植物分为两个群：同甘薯杂交亲和的第Ⅰ群和同甘薯杂交不亲和的第Ⅱ群。
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With the isolated and purified PSP as test materials, the chemical model systems were used to produce and OH. resp. And the scavenging capability of PSP on free radicals, its inhibition effect on pyrogallol autoxidation and the effects of PSP on SOD activity and MDA content in tumor-bearing mice were studied.
方法］以已分离提纯的甘薯多糖为试验材料，利用分别产生氧自由基O2(上标-和羟自由基的化学模型体系，研究甘薯多糖清除舟自由基能力及其对邻苯三酚自氧化的抑制作用和甘薯多糖对荷瘤小鼠SOD活性和丙二醛含量的影响。
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By studying the influences that pH and SMTP act on the cross- linking reactions of potato starch and sweet potato starch, the cross-linking reaction mechanisms of PSPE and SPSPE were proposed and the chemical reactive velocity equations were determined. The relations between cross-linking reactions and temperatures were studied, meanwhile the activation energy of chemical reactions and apparent frequency efficient of cross-linking reactions were calculated. Technical conditions of preparing PEPS and SPEPS were determined.
3研究了pH值和三偏磷酸钠浓度对马铃薯淀粉和甘薯淀粉交联反应的影响，提出了低交联马铃薯淀粉磷酸酯和甘薯淀粉磷酸酯的交联反应机理，确定了化学反应的速率方程式，研究了温度对交联反应的影响，计算了马铃薯淀粉交联反应和甘薯淀粉交联反应的活化能和表观频率因子，确定了制备低交联马铃薯淀粉磷酸酯和甘薯淀粉磷酸酯的工艺条件。
- 更多网络解释与甘薯相关的网络解释 [注：此内容来源于网络，仅供参考]
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sweet potato beetle：甘薯甲
sweet potato bacterial wilt 甘薯瘟病 | sweet potato beetle 甘薯甲 | sweet potato cultivation 甘薯栽培
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sweet potato tortoise beetle：甘薯龟甲
sweet potato scurf 甘薯黑痣病 | sweet potato tortoise beetle 甘薯龟甲 | sweet potato toxicity 甜甘薯毒性
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sweet potato blight：甘薯瘟病
sweet potato black rot 甘薯黑斑病 | sweet potato blight 甘薯瘟病 | sweet potato weevil 甘薯小象甲
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Sweet Potato Vine：甘薯藤
sweet potato toxicity 甜甘薯毒性 | sweet potato vine 甘薯藤 | sweet potato weevil 甘薯象虫
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sweet potato white rust：甘薯白锈病
sweet potato weevil 甘薯象虫 | sweet potato white rust 甘薯白锈病 | sweet potatorice bran silage 甘薯加米糖青贮饲料
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Ipomoea batatas Lam：甘薯
引种巴西甘薯,又称"西蒙",为旋花科甘薯属植物药用甘薯(Ipomoea batatas Lam)之干叶. 因其具有广泛的生理活性,临床用于治疗血小板减少性紫癜,亦用作糖尿病的辅助治疗药物. 国内有文献报道,西蒙可增强人体免疫功能,并可抑制肿瘤细胞的生长n]. 但西蒙化学成分的研究国内外文献
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sweet potato mosaic：甘薯花叶病
sweet potato leaf roller ==> 甘薯卷叶虫 | sweet potato mosaic ==> 甘薯花叶病 | sweet potato root knot nematode ==> 甘薯根结线虫病
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potato peeler：甘薯削皮刀用具廚具
15253甘薯片餐食點心potato chips | 15254甘薯削皮刀用具廚具potato peeler | 15255甘薯搗亂器用具廚具potato masher
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sweet potato weevil：甘薯象虫
sweet potato vine ==> 甘薯藤 | sweet potato weevil ==> 甘薯象虫 | sweet potato white rust ==> 甘薯白锈病
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sweet potato tortoise beetle：甘薯龟甲
sweet potato scurf ==> 甘薯黑痣病 | sweet potato tortoise beetle ==> 甘薯龟甲 | sweet potato toxicity ==> 甜甘薯毒性