白粉

Bainong 64',a resistant wheat variety to slow powdery mildew,'Jingshuang 16',a susceptible wheat variety to slow powdery mildew were crossed with each other and backcrossed with their F_1,and thus six generations including the parents were obtained.

慢白粉品种'百农64'与感病品种'京双16'杂交，F1自交并分别与两亲本回交，获得包括亲本在内的6个世代，分析了'百农64'慢白粉性的基因数目、遗传力和遗传模型。

The methods of degradation and desalination of silk fibroin were studied. The results showed that self-made equipment could increase efficiency of producing fibroin power and discoloring. There is no obvious difference in amino acid content between fibroin power and rude fibroin.

用自制脱盐装置研究了高分子丝素蛋白的降解脱盐方法，不仅可提高丝素蛋白粉生产效率和收率，而且可以起到脱色的作用，所得丝素蛋白粉氨基酸含量与原茧丝中的相差不大。

Hours after inoculation, penetration of the fungus and formation of haustoria in transformed cells were observed to evaluate the effects of the target gene's products on the invasion of powdery mildew.

转化后接种白粉菌孢子，48 h后观察转化阳性表皮细胞，研究抗病相关基因表达对白粉菌入侵及吸器形成产生的影响。

The results implied that all of these three genes, when transiently expressed in leaf epidermal cells of susceptible wheat variety, can partly inhibit penetration of conidiospores and formation of haustoria, and to some extent increase the resistance of expression cells to powdery mildew.

结果表明，这3个基因在感病小麦品种叶片表皮细胞中的瞬间表达，对白粉菌侵入和吸器形成均有部分抑制作用，在一定程度上增强了表达细胞对白粉菌的抗性。

The results implied that two of these three genes, Glb3s2 and Cht4, when transiently expressed in leaf epidermal cells of susceptible wheat variety, can partially inhibit penetration of conidiospores and formation of haustoria, and to some extent increase the resistance of expression cells to powdery mildew.

结果表明，小麦几丁质酶基因Cht4（侵入频率为18.3%，对照为25.04%）和小麦肛1，3葡聚糖苷酶基因Glb3s2（侵入频率为19.63%，对照为24.63%）在感病小麦品种叶片表皮细胞中的瞬间表达，对白粉病菌侵入和吸器形成均有抑制作用，在一定程度上增强了表达细胞对白粉病菌的抗性。

Detailed investigation and research on flora of powdery mildew fungi will provide not only basic information to prevent damage from powdery mildews and protect the species diversity, but also samples for studying biology and phylogeny of these fungi.

因此对白粉菌区系进行详细的调查和研究，不仅能为植物白粉病的有效防治和物种多样性保护提供基础资料，而且还能为开展白粉菌生物学、菌物系统演化等相关研究提供标本素材。

Distribution Products: Cottonseed Meal, peanut meal, rapeseed meal, sesame meal, palm meal,·, corn fiber feed, protein, alcohol, corn meal, corn ripening powder Chrysanthemum powder, chili powder, meal, cakes, and jujube do, sugar protein, corn twist lemon acid residue, wood residue Department of citric acid, penicillin bacterial protein, bacterial protein oxytetracycline, grape seed meal, cake, corn gluten meal, soy protein, sunflower meal, wheat bran, wheat, Shan Java powder, slag Huaimi, white distiller's grains, brewer's grains, malt root, apple pomace, corn bran, monosodium glutamate protein powder, turmeric powder, oil cephalosporins such as hundreds of feed raw materials, you are the best procurement base!

棉粕，花生粕，菜粕，芝麻粕，棕榈粕，肉粉，玉米纤维饲料，酒精蛋白，玉米粗粉，玉米熟化粉，菊花粉，辣椒粉，粕，饼，红枣干，糖蛋白，玉米拧檬酸渣，木署柠檬酸渣，青霉素菌体蛋白，土霉素菌体蛋白，葡萄籽粕，饼，玉米蛋白粉，大豆蛋白，葵花粕，麸皮，次粉，山渣粉，槐米渣，白酒糟，啤酒糟，麦芽根，苹果渣，玉米皮，味精蛋白粉，姜黄粉，油头孢等上百种饲料原料，是您理想的采购基地！

Product export rate of more than 80% in 2003 in Shandong Hualong Feed Group, developed a deep processing of agricultural crops, production of new technologies, developed a new production mouth, deep-processing system products include: corn gluten meal feed, bio-feed grains, rice protein powder, beans products.

产品出口率80%以上，2003年于山东华龙饲料集团合作，开发出了农作物深加工，生产新技术，开发出了新产口，深加工系统产品有：玉米蛋白粉饲料，生物饲料颗粒，大米蛋白粉，豆类系列产品。

The company mainly produces granular corn gluten meal, powdery corn gluten meal, fish meal at various levels; company purpose: survive by quality, seek development by credibility, and develop new markets and cheap products.

公司主要生产颗粒状玉米蛋白粉、粉状玉米蛋白粉、各级鱼粉；公司经营宗旨：以质量求生存，靠信誉求发展，用物美价廉的产品开拓市场。

The yellow boards play an important role in prevention and cure white fly in greenhouse because they can trap, stick and kill white fly. The test also shows that almost white fly often appear in the space where 5cm-15cm upper than the top of the plant. According to this result, the optimal hanging height of the yellow board should be at the place where 5cm-15cm upper than the top of the plant. The yellow boards should be set up as much as possible in this space to reach the best preventative effect.

同时使用黄板诱杀这一物理防治方法，也可有效减少温室内白粉虱数量，并且确定了植物顶端上方5~15cm处是白粉虱较活跃的区域，因此黄板应尽可能多的覆盖这一区域，以达到最好的防治效果。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。