抗菌

It implies that the induced antibacterial substance in the blowfly should possessed stronger antibacterial activity in acid condition. Bathing at 80 ℃ for 1 to 3 min and then centrifuging can get rid of unwanted proteins in a large extent. Maybe the two special bands are the components of the antibacterial peptides induced in the blowfly.

针刺诱导的丝光绿蝇抗菌肽在酸性条件下抑菌活性更强，分离时血淋巴预处理采用80℃水浴1-3min去杂蛋白效果较好，诱导的血淋巴100℃处理3和5min即丧失抗菌活性，电泳显示缺少2条区带，此2条差异区带可能为抗菌肽组分。

Heat treatment on the preparation,structure,electrovalence of silver,releasing speed of Ag ions and antibacterial property of obtained blocks were investigated.A ultraviolet-visible spectrum of Ag-carrying material treated at 600℃ indicates that there are plenty of Ag ions in Ag-carrying SiO 2 .The Ag ions can be released stably into water of 30℃ for 14 d.

考察热处理制度对抗菌块体的制备及结构、银价态、银离子释放速度、抗菌性能的影响。600℃热处理的抗菌块体紫外-可见吸收光谱表明：SiO 2 载体中富含银粒子，并且此抗菌块体在水中能保持较长期（14d）的稳定溶出。

In this paper, a new product of Ce/ TiO2 compound antibacterial agent has been made, comparing with naked nano－TiO2, it has better antimicrobial activity against E.coli ,S.aureus and scorch gemmule bacillus in the solar light, increasing the quantity of Ce4+, exhibiting stronger antibacterial property.

制备出稀土铈掺杂锐钛型纳米TiO2复合抗菌功能材料，该抗菌材料与不掺杂的纳米TiO2相比，在可见光下对大肠杆菌、金黄色葡萄球菌、枯草芽孢杆菌的混合菌具有较好的抑菌效果，随着Ce4+的摩尔浓度增加，制备的试样的抗菌能力越强。

In the current study, a series of cationic α-helical peptides of 20 a.a. were designed and synthesized based on four structural parameters, including charge, polar angle, hydrophobicity, and hydrophobic moment. Several methods were performed to describe the influence of these parameters on the antimicrobial and hemolytic activity, and on the permeabilizing effect on model membranes. The potential of these parameters to increase the antibacterial activity and to improve the prokaryotic selectivity is assessed.

本实验利用自行设计合成的人工抗菌胜肽当模型，固定长度为 20 个胺基酸，改变其电荷、极性角度、疏水性及疏水性矩等四种结构特性，并利用其对各种不同病原菌之抗菌活性及对兔子红血球细胞的溶血活性来研究其结构特性的改变对其抗菌活性、选择性及微脂体膜的渗透性之影响，以期望改变结构参数能增加抗菌活性及对原核的选择性。

Lactose was the best carbon source for the sporulation of the fungus. Alternation of light and dark was suitable for the mycelial growth and the sporulation of Alternaria Nee ex Wallr.. 13 Antagonists having inhibition effective on garlic sprout pathogens were screened from the superficial of healthy and putridity garlic sprouts and

从库存6个月的发病和健康蒜薹表面以及蒜薹的内生组织中筛选出13株具有抑菌效果的拮抗细菌，其中拮抗菌ST-01在平板上对2种优势致病菌的抑制效果分别为63.5％和70.83％，对蒜薹活体上的防治效果分别达到69.2％和53.8％，并初步确定拮抗菌的抑菌机理。

According to the spetial conformational analysis and physical/chemical property analysis and by the aid of computer it can make molecular design of mimic polypeptide and designs the polypeptide molecule with activity for neutralizing LPS, and adopts the solid phase polypeptide chemical synthesis method to synthesize antibacterial/antiendotoxin mimic peptide with total or partial BPI bio-function.

本发明公开了通过计算机模拟设计、人工合成的66个抗菌／抗内毒素模拟肽，根据对BPIN端三个LOOP区的空间构象分析及物理化学性质分析，在计算机辅助下进行模拟多肽的分子设计，设计出具有中和LPS活性的多肽分子，用固相多肽化学合成方法合成抗菌／抗内毒素模拟肽，本发明的抗菌／抗内毒素模拟肽具有全部或部分BPI的生物功能，可以用于治疗G－细菌感染、人内毒素血症，具有分子量小、可以稳定重复生产的特点。

Nano germproof stainless steel plastic mulriple tube,whose outside layer is ultrathin tube, inside layer is a material nano germproof stainless steel plastic mulriple tube, center layer is a plastics material,has the feature of light,builtful, erodeproof,germproof and so on .It has been widly used in the field of water supplying,heating,food, medicament,petrlion,gas transferring and so on.

项目介绍：纳米抗菌不锈钢塑料复合管，外层为超薄壁不锈钢（SUS304）管，内层为纳米抗菌材料与塑料共混，中间层为塑料材料和热熔粘接剂，形成四层结构的纳米抗菌新型复合管材，具有重量轻、外表美观、耐腐蚀、无毒卫生、长效抗菌、耐热保温、使用寿命长、生产工艺先进等优点，广泛应用于供水、采暖、食品、医药、石油、化工、气体输送等各个领域。

Com-pound 11 showed best antifungal activity with broad antifungal spectrum and proved to be more active against Cryptococcus neo-formans, C andida albicans, Microsporum lanosum and Trichophyton rubrum than ketoconazole.

化合物11的抗菌谱最广，抗真菌活性最高，对新型隐球菌、白色念珠菌、羊毛状小孢子菌和红色毛癣菌的抗菌活性比酮康唑高，有进一步开发的价值。

Have been finished with physical germ-resistant finish agent of WS-8810, flax fabric can acquire satisfactory antibacterial effect. This treatment can not only make this fabric keep antibacterial effect for a long time, but also avoid generating new kinds of bacteria disserving human ecology environment; therefore it will not come into conflict with its ""green consumption "" concept, so it can be used safely .

4麻织物经物理抗菌卫生整理剂WS-8810处理后能取得较理想的抗菌效果；这种处理不仅可使抗菌织物长期保持抗菌效果，还可避免产生新的菌种危害人类的生态环境；因此，不会与其&绿色消费&产生冲突，可以放心地使用。

The compatibility of both Gvirens and B.firmus was researched. The fermentation filtrate of Gvirens , under the concentration of 70%, had not distinct inhibitory activity to B.firmus, the biomass of B.firmus would decrease with above the 70% filtrate of Gvirens, but the fermentation filtrate of B.firmus had not inhibitive role to Gvirens. 7, The cooperation control of both Gvirens and B.firm to the pine needle blight was explored:(1) Pathogen inoculation happened prior to the bio-control treatment for 7 days, however, the disease index and control effect had not distinct differences in any treatments even if combination of the two antagonists, but the susceptibility for different kind of pine were different.(2)when antagonist and pathogen were inoculated at the same time, some control effect to the pine needle blight, including certain extent cooperation control of both Gvirens and B.firm were proved, but it wasn't distinct when two antagonists used separately, and the change of the antagonist concentration had little effect to the control effect.

G.virens与B.firmus对松赤枯病的协同控制显示：(1)预先接种病菌后(7天)再进行生物防治处理，不管那种情况，感病指数和防治效果在处理间差异不明显，浓度影响无显著差异，即使是两种生防制剂联合作用也未显著提高其防效，但不同树种间的感病性有明显差异；(2)领抗菌与病原菌同时接种，对松赤枯病有一定防治效果，两菌联合有一定的协同作用，两菌分别单独施用防效差异不显著，浓度变化对防效影响不大；(3)预先接种颇抗菌能显著提高防治效果，两菌联合处理防效更优，感病树种的感病指数可降至13一15，抗病树种的感病指数可控制在3%左右；在同一浓度下B.f1'r功US、叹叮厂即s间无显著差异，在同一领抗菌下，浓度愈高，防效愈高：松，(4)三种生防接种方式的平均效果分析表明，叹F行ens最高平均防效49.5%黑 B。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。