Anti-dustmite and Anti-microbial Finishing Agent ADK AMB-100
刘毅教授-国外化妆品活性添加剂研发新趋势
中草药提取ቤተ መጻሕፍቲ ባይዱ应用的范例
2015年10月5日北京时间17时30分，瑞典卡罗琳医 学院在斯德哥尔摩宣布将2015年诺贝尔生理学或医 学奖授予中国女药学家屠呦呦。 “青蒿素是传统中医药送给世界人民的礼物，对防 治疟疾等传染性疾病、维护世界人民健康具有重要 意义。青蒿素的发现是集体发掘中药的成功范例， 由此获奖是中国科学事业、中医中药走向世界的一 个荣誉。也是唯一能与国外相比美的功能化妆品活 性添加剂的天然资源。将有利于中国和世界认识中 药是尚未充分开发的宝库。
仿生化学和生物工程技术的应用
利用仿生化学和生物工程 技术，开发活性物作为化 妆品添加剂原料，已成为 世界功能化妆品发展的主 流方向。
如：利用此技术开发的： 磷脂聚合物应用于：希思
汀植物保湿修复水、劳斯莱 斯保湿修复系列、芳妮滋养 系列化妆品
仿细胞膜的磷脂聚合物结构示意图
磷脂聚合物分子结构式
应用以上综合技术，在世界上首次开发具有抗衰 老，保护细胞外基质不受肽酶的降解 【 Protection of ECM proteins against peptidases degradation】，促进毛发生长的-环5肽（RonaCare Cyclopeptide-5）。
国外功能化妆品活性添加剂 研究开发新趋势
北京大学医学部 北京耐确生化技术研究所
刘毅
化妆品活性添加剂分为5大类
1、植物提取物类 [Botanical extracts/Plant-based actives] 2、生物技术类，如：透明质酸、神经酰胺
【ceramides】、表皮生长因子类、 磷脂聚合物【Phospholipid polymer】
化妆品中应用的4种磷脂聚合物结构图
维生素E酯、维生素C酯和维生素A酯
秘方皮肤的英语作文那个
秘方皮肤的英语作文那个Title: The Secret to Radiant Skin。
Achieving healthy, radiant skin is a desire shared by many. While there are countless skincare products on the market promising miraculous results, sometimes the most effective solutions can be found in simple, natural remedies passed down through generations. In this essay, we will explore the secret to radiant skin, delving into traditional practices and ingredients that have stood the test of time.One of the most celebrated secrets to radiant skin lies in the power of natural ingredients. For centuries, people around the world have relied on the potency of herbs, oils, and fruits to nourish and revitalize their skin. One such ingredient is honey, known for its moisturizing and antibacterial properties. Incorporating honey into skincare routines can help soothe irritation, hydrate the skin, and promote a youthful glow.Another ancient remedy for radiant skin is turmeric. This vibrant yellow spice has been used in traditional medicine for its anti-inflammatory and antioxidant properties. When applied topically, turmeric can help reduce acne, lighten dark spots, and brighten the complexion. Additionally, its antimicrobial properties make it an excellent ingredient for combating blemishes and promoting clear, healthy skin.In addition to individual ingredients, traditional skincare routines often emphasize the importance ofholistic wellness. Practices such as facial massage, lymphatic drainage, and dry brushing can stimulate circulation, promote lymphatic drainage, and enhance the skin's natural detoxification process. Furthermore, practices like meditation and yoga can help reduce stress, which is known to contribute to skin issues such as acne and dullness.Moreover, the secret to radiant skin also lies in the art of simplicity. While the skincare industry is filledwith elaborate routines and multi-step regimens, sometimes less is more when it comes to achieving healthy skin. Simplifying your skincare routine by focusing on gentle cleansers, hydrating moisturizers, and targeted treatments can prevent overwhelm and allow your skin to thrive.Furthermore, embracing a healthy lifestyle is essential for achieving radiant skin from the inside out. Consuming a balanced diet rich in fruits, vegetables, and whole grains provides the essential nutrients your skin needs tomaintain its health and vitality. Additionally, staying hydrated by drinking plenty of water helps flush out toxins and keep the skin hydrated from within.In conclusion, the secret to radiant skin lies in a combination of natural ingredients, traditional practices, and a holistic approach to wellness. By harnessing thepower of nature and adopting simple yet effective skincare routines, you can achieve the glowing complexion you desire. Remember, true beauty radiates from within, and nurturing your skin with care and intention is the key to unlockingits full potential.。
叶酸修饰的粉防己碱壳聚糖-硬脂酸纳米胶束的制备、表征及体外抗炎活性考察
叶酸修饰的粉防己碱壳聚糖-硬脂酸纳米胶束的制备、表征及体外抗炎活性考察Δ薛飞＊，杨岚，常金花，刘沛，王汝兴 #（承德医学院中药研究所/河北省中药研究与开发重点实验室，河北 承德 067000）中图分类号 R 943；R 965 文献标志码 A 文章编号 1001-0408（2024）08-0925-06DOI 10.6039/j.issn.1001-0408.2024.08.05摘要 目的 制备叶酸（FA ）修饰的粉防己碱（TET ）壳聚糖（CS ）-硬脂酸（SA ）纳米胶束（简称“FA-CS-SA/TET 纳米胶束”），并进行表征和体外抗炎活性考察。
方法 采用超声法制备FA-CS-SA/TET 纳米胶束，以包封率（EE ）、载药量（DL ）、粒径的综合评分为评价指标，FA-CS-SA 与TET 质量比、超声功率和超声次数为考察因素，根据正交实验确定最优制备工艺并验证；对以最优工艺制备的FA-CS-SA/TET 纳米胶束进行表征，并考察其体外释放性能。
以RAW 264.7细胞为实验对象，考察其体外抗炎活性。
结果 最优制备工艺为FA-CS-SA 与TET 质量比2∶1，超声功率200 W ，超声200次。
以最优工艺制备的FA-CS-SA/TET 纳米胶束的EE 为（98.86±0.30）%，DL 为（28.57±0.34）%，平均粒径为（227.0±9.4）nm ，多分散性指数为0.42±0.04，Zeta 电位为（12.6±2.3）mV ；该纳米胶束呈类圆形且分布均匀，其在0.5%十二烷基硫酸钠溶液中释放较快，72 h 内的累积释放度为（79.49±3.43）%，且其抗炎作用强于TET 原料药。
结论 本研究成功制备了FA-CS-SA/TET 纳米胶束，其载药性能良好，粒径均匀，且具有较好的体外抗炎活性。
关键词 粉防己碱；纳米胶束；制备工艺；表征；抗炎活性；释放度Preparation ， characterization and in vitro anti -inflammatory activity of tetrandrine -loaded chitosan -stearic acid nano micelles modified with folic acidXUE Fei ，YANG Lan ，CHANG Jinhua ，LIU Pei ，WANG Ruxing （Institute of Chinese Materia Medica of Chengde Medical University/Hebei Provincial Key Laboratory of Research and Development for Chinese Materia Medica ， Hebei Chengde 067000， China ）ABSTRACTOBJECTIVE To prepare tetrandrine （TET ）-loaded chitosan （CS ）-stearic acid （SA ） nano micelles modified withfolic acid （FA ） （FA-CS-SA/TET nano micelles ）， characterize them and study the anti-inflammatory effect in vitro . METHODS FA-CS-SA/TET nano micelles were prepared by ultrasonic method ； the preparation technology was optimized by orthogonal test and validation test was also performed with the mass ratio of FA-CS-SA to TET ， ultrasound power and ultrasound times as the factors ， using the comprehensive score of entrapment efficiency （EE ）， drug loading （DL ） and particle size as evaluation index. FA-CS-SA/TET nano micelles prepared by the optimal technology were characterized ， and their release performance in vitro was investigated. RAW 264.7 cells were used as subjects to investigate their anti-inflammatory activity in vitro . RESULTS The optimal preparation technology included that the mass ratio of FA-CS-SA to TET was 2∶1， ultrasonic power was 200 W ， and the ultrasonic frequency was 200 times. The parameters of FA-CS-SA/TET nano micelles prepared by optimized technology included that EE was （98.86±0.30）%， DL was （28.57±0.34）%， the average particle size was （227.0±9.4） nm ， polydispersity index was 0.42±0.04， and the Zeta potential was （12.6±2.3）mV ， respectively. The nano micelles were uniform in appearance and round in shape. The nano micelles were released quickly in 0.5% sodium dodecyl sulfate solution ， with a cumulative release rate of （79.49±3.43）% within 72 hours ， and its anti-inflammatory effect was stronger than that of TET raw materials. CONCLUSIONS FA-CS-SA/TET nanomicelles are prepared successfully in the study ， with good drug loading performance ， uniform particle size ， and good in vitro anti-inflammatory activity.KEYWORDStetrandrine ； nano micelles ； preparation techno-logy ； characterization ； anti-inflammatory activity ；release rateΔ 基金项目河北省自然科学基金项目（No.H 2022406073）；河北省高等学校科学技术研究重点项目（No.ZD 2021004）；承德医学院高层次人才科研启动基金项目（No.201705）＊第一作者硕士研究生。
抗生素基础
拜复乐 显著增强对厌氧菌的抗菌活性
对厌氧菌的抗菌活性更强
消化球 菌属 环丙沙星 左氧氟沙星 加替沙星 2-4 4 2 消化链 球菌属 2-4 4 2 梭杆菌 属 2-8 8 8 脆弱类杆 菌 8-32 2-8 1 卟啉单胞 菌属 1 0.5 0.12 普雷沃菌 属 2->16 4 2
®
拜复乐
®
0.25-1
0.5-1
1-4
1-2
0.5
0.5-2
AECOPD常见致病菌
流感嗜血杆菌、肺炎链球菌、卡他莫拉菌是 AECOPD最常见的病原菌
34.2% 14.2%
肺炎链球菌 流感嗜血杆菌
卡他莫拉菌
31.2% 6.4%
金黄色葡萄球菌 其他
14.0%
Obaji & Sethi. Drugs and Aging 2001;18:1-11
大环内酯类 抗生素
红霉素、罗红霉素、克拉、阿奇；麦迪、交沙、地红、乙酰螺旋、 柱晶白霉素、罗他、麦迪等。 红霉素 抗菌谱窄（G+、厌氧菌）等与青霉素相似 非典型致病菌！ 罗红霉素 抗菌活性强，（为红霉素的4-6倍） 组织分布广泛，胃肠道反应少 克拉霉素 地红霉素 阿奇霉素 抗菌活性优于红霉素 抗菌活性与红霉素相似，半衰期>30h 抗菌谱较广，组织中浓度高，半衰期>41h
抗感染药物基础知识
王正東
抗生素（antibiotics）的定义
狭义：在高稀释度下对一些特异微生 物有杀灭或抑制作用的微生物产物。 广义：具有抗微生物、寄生虫和抗肿 瘤作用的微生物产物、抗生素半合成 衍生物的统称。 喹诺酮类、磺胺类和咪唑类药物为全 合成药物而非微生物产物，故不应称 为抗生素。 抗菌素
HAP发病时间和病原菌的关系
几种原药产品英文翻译
噻唑磷:【用途】有机磷杀线虫剂。
主耍用干防治根结线虫。
我公司在2008年开发成功噻唑磷并于2009年投料试车成功,目前已建成年产200吨的生产线,产品质量稳定,含量稳定在80%以上。
目前我们在采用先进的提纯技术将产品提纯至90以上,成为国内第一家工业化的公司。
Fothiazate have excellent systemic activity,it's a ideal medicament who can prevent and control autoeciousness wireworm in plant. It can kill meloidogyne arenaria,heterodera glycines ichinohe,heterodera avenae wollenweber, bursaphelen chusxylophilus,orange, beet,potato,sugar cane so on.Our company is successful in development fosthiazate TC in 2008,and in test of product in 2009. our production line output 200 Ton per year, with steady quality and high purity over 80%.Now,the advanced purification technology is used to our product and the purity is over 90%, become the first hand industrialized company in China.嘧霉胺:作用特点:为新型杀菌剂,属苯胺基嘧啶类。
为当前防治灰霉病活性最高的杀菌剂。
其作用机理独特,通过抑制病菌浸染酶的产生从而阻止病菌的侵染并杀死病菌。
黄蝉花素抑制斜纹夜蛾生长发育作用(英文)
黄蝉花素抑制斜纹夜蛾生长发育作用（英文）1. 引言1.1 研究背景The research background:One potential solution is the use of plant-derived bioactive compounds, such as flavonoids, which have been shown to have insecticidal properties. Huangcianhuasu (HC) is a flavonoid compound extracted from the flowers of Sophora viciifolia, a traditional Chinese medicinal plant. Previous studies have demonstrated that HC exhibits biological activities, including anti-inflammatory, antioxidant, and anticancer effects.1.2 研究目的The purpose of this research is to investigate the inhibitory effect of Huangchan flower extract on the growth and development of the fall armyworm (Spodoptera frugiperda). Fall armyworm is a notorious pest that poses a significant threat to crops worldwide. As traditional chemical pesticides are increasingly facing issues such as resistance and environmental harm, there is a growing interest in exploring alternative methods for pest control.2. 正文2.1 黄蝉花素的生物活性黄蝉花素是一种天然植物提取物，具有多种生物活性。
METHOD OF REDUCING MICROBIAL RESISTANCE TO DRUG
专利名称：METHOD OF REDUCING MICROBIALRESISTANCE TO DRUG发明人：OETHINGER MARGRET,マルグレット・エーティンガー,LEVY STUART B,スチュアート・ビー・レビー申请号：JP2011038562申请日：20110224公开号：JP2011137028A公开日：20110714专利内容由知识产权出版社提供摘要：PROBLEM TO BE SOLVED: To provide a resistance-controlling agent to a fluoroquinolone.SOLUTION: The resistance-controlling mechanism is based, at least in part, on the discovery that inactivation of the AcrAB locus makes even resistant microbial cells hypersusceptible to antibiotics and non-antibiotic drugs. Surprisingly, this is true even among highly resistant microbes which have chromosomal mutations that render them highly resistant to drugs. Accordingly, in one aspect, the invention relates to methods of treating an infection caused by a drug-resistant microbe in a subject by administering a drug to which the microbe is resistant and an inhibitor of an AcrAB-like efflux pump to the subject such that the infection is treated.COPYRIGHT: (C)2011,JPO&INPIT申请人：TRUSTEES OF TUFTS COLLEGE,トラスティーズ・オブ・タフツ・カレッジ地址：アメリカ合衆国０２１５５マサチューセッツ州 メッドフォード、４フロアー、バルー・ホール国籍：US代理人：田中 光雄,青山 葆,矢野 正樹更多信息请下载全文后查看。
植保专业词汇
【分享】植保专业词汇根据斑竹要求将词汇汇总如下：植保专业英语词汇1. abacterial 无菌的2. abdomen 腹部3. abiotic 无生命的，非生物的4. acaricide 杀螨剂5. acarology 蜱螨学6. acclimatation (acclimation)驯化7. acetate 醋酸盐,醋酸纤维素及其制成的产品8. acetyltransferase 乙酰基转移酶9. acidic 酸性的10. acidify 使酸化11. acquired resistance 获得抗病性12. acquired susceptibility 获得感病性13. actinomyces 放线菌14. activator 催化剂,触媒剂15. active ingredient 有效成分16. acute toxicity 急性毒性17. adult 成虫18. affinity 亲和力19. agroecosystem 农业生态系统20. agronomic 农艺学的, 农事的21. aldehyde 醛22. alkaloid 生物碱23. amino acid 氨基酸24. amino 氨基的25. analysis of covariance 协方差分析26. analysis of variance 方差分析27. anatomy 剖析, 解剖学28. anoxic 厌氧的29. antennae 触角30. anthesis 开花期，开花31. antibiotics 抗生素,32. antibody 抗体33. antifeedant 拒食34. antigen 抗原35. antitumor 抗癌的36. aphid 蚜虫37. apoplastic 非原质体的38. arachnid 蜘蛛39. arthenogenesis 单性生殖，孤雌生殖40. arthropod 节肢动物41. arthropod 节肢动物42. ascomycetes 子囊菌43. asexual 无性的44. avirulence 无毒性45. baccine 疫苗46. Bacillus thuringiensis，Bt 苏云金芽孢杆菌47. bactericides 杀细菌剂48. basidiomycetes 担子菌49. bibliography 书目, 参考书目50. bioassay 生物测定51. biocontrol 生物防治52. biological control 生物防治53. biomass 生物数量54. biosynthesis 生物合成55. biotic pesticide 生物杀虫剂56. biotroph 活体营养57. biotype 生物型58. blast 枯萎病59. blight 枯萎病，疫病60. botanical pesticide 植物源杀虫剂61. botanical 植物学的62. broad spectrum pesticide 广谱杀虫剂63. carbohydrate 碳水化合物64. carbonyl 羰基；碳酰65. carcinogenicity 致癌性66. caterpillar 毛虫67. causal agents 病原体68. causal organism 病原生物69. chalcid 小蜂70. chlamydospore 厚垣孢子71. chlorophyll 叶绿素72. chlorothalonil (daconil) 百菌清73. chromosome 染色体74. chronic 慢性75. chrysalis 蝶蛹，茧76. cicada 蝉77. cockroach 蟑螂78. cocoon 茧79. coevolution 协同进化80. Coleoptera 鞘翅目81. colonization 定植82. community 群落83. concentration 浓度,浓缩84. constant temperature 恒温85. contact pesticide 触杀性农药86. cricket 蟋蟀87. crucifer 十字花科植物88. cytogenetics 细胞遗传学89. cytokinetic 细胞动力学的90. cytokinin 细胞分裂素91. cytoplasm 细胞质92. cytoplasm 细胞质93. deactivation 灭活作用94. degradation 退化95. density 密度96. derivative 衍生物97. derosal 多菌灵98. detoxification 脱毒99. development rate 发育速度100. development zero 发育起点101. dextrose 葡萄糖102. diagnostic 诊断的103. diamondback moth 小菜蛾104. diapause 滞育105. dicots 双子叶的106. dicotyledon 双子叶植物107. digenesis 世代交替108. Diptera 双翅目109. disease-resistant cultivar 抗病品种110. disinfectant 消毒剂111. dissect 解剖112. disulfide 二硫化物(=disulphide) 113. dominant 优势种114. dormancy 冬眠115. dose 剂量116. downy mildews 霜霉117. dragonfly 蜻蜓118. drosophila 果蝇119. dynamic equilibrium 动态平衡120. ecdysone 蜕皮激素121. ecological systems 生态系统122. ecological 生态学123. Economic Injury Level 经济受害水平124. economic threshold 经济阈值125. ectoparasite 体外寄生物, 外寄生虫126. egg/ovum 卵127. electrophoresis 电泳128. emergence 羽化129. emigration 迁移，迁飞130. endoparasitic 内寄生的131. endotoxin 内毒素132. entomology 昆虫学133. entomophagous insect 食虫昆虫134. enzyme 酶135. epidemiology 流行病学136. epiphytotics 植物流行病的，植物流行病137. estivation 夏蛰，夏眠138. ethylene 乙烯139. evolutionary 进化140. exotic species 外来的物种141. fatal temperature 致死温度142. fauna 动物群,动物区系,动物志143. fecundity 生殖力，产卵力144. feign death 假死145. femora 腿节146. fermentation 发酵147. flagellum 鞭毛148. flammable 易燃的149. flavonod 类黄铜150. flea 跳蚤151. formulation 剂型152. fruit fly 果蝇153. fumigant 熏剂154. fungi 真菌155. fungicides 杀真菌剂156. genera 属157. genome 基因组,染色体组158. genomic library 基因组库159. genotype 基因型160. genus 属(复数genera)161. germination 萌芽，发生162. glowworm, firefly 萤火虫163. grasshopper 蚱蜢164. habitat 生境165. Hemiptera 半翅目166. herbicide 除草剂167. herbivore 草食动物168. herbivorous 植食性169. hereditary 遗传的170. hetero-specific 两性繁殖的171. heterozygous 杂合的172. hibernate 越冬173. holotype 正模标本174. Homoptera 同翅目175. hormone 荷尔蒙,激素176. host 寄主177. host-specificity 寄主专一性178. hybrid 杂交，杂种的179. hydrocarbon 碳氢化合物180. hydrophilic 亲水的181. hydrophobic 疏水的182. hydroxyl 羟基183. Hymenoptera 膜翅目184. hyper-parasitoid 重寄生蜂185. hypersensitive 过敏的186. hypha 菌丝187. immunology 免疫学188. in vitro 体外189. in vivo 体内190. inbreeding 近亲交配191. induced mutation 诱导突变192. inducible 可诱导的，可导致的193. infection cycle 侵染循环194. infective 可侵染的，有传染性的195. inhibition zone 抑菌圈196. inoculate 接种，嫁接197. inoculum 接种体198. inorganic 无机的199. insect sterile 昆虫不育200. insecticide 杀虫剂201. instar 龄，龄期202. integrated pest management，IPM，有害生物综合防治203. interferon 干扰素204. interspecific competition 种间竞争205. introduced species. 引入种206. invasive species 侵入种207. invertebrate 无脊椎动物208. ionization 离子化，电离209. isotope 同位素210. juvenile hormone mimic 仿生的保幼激素211. ladybird 瓢虫212. larva 幼虫213. leafhopper 叶蝉214. leafhopper：叶蝉215. Lepidoptera 鳞翅目216. less-persistent pesticide 低残留农药217. lethal dose 致死中量218. lice 虱子219. life history 生活史220. locust 蝗虫221. low-toxic pesticide 低毒性农药222. maggot 蛆223. malarial 毒气的224. male ant 雄蚁225. male sterility 雄性不育226. mammalian 哺乳动物227. mandible 上颚228. mate 交配229. median lethal concentration (LD50)致死中浓度230. median lethal dosage (LD50)致死中量231. mesothorax 中胸232. metabolic 代谢作用的, 新陈代谢的233. metabolite 代谢物234. methyl 甲基235. microbial 微生物的，由细菌引起的236. micronutrient 微量营养素237. microscopic 用显微镜可见的238. mildethane 托布津239. mildew 霉病240. mist spryer 喷雾器241. mite 螨242. mitochondria 线粒体243. mold 霉，霉菌244. molecular 分子的，由分子组成的245. molt 蜕皮246. monoclonal antibody 单克隆抗体247. monocotyledonous 单子叶植物的248. monophagous 单食性的249. morphology 形态学250. mortality 死亡率251. mosaic 花叶252. mosaic 花叶253. moth 蛾254. moulting hormone antagonist 抗蜕皮激素255. multinucleate (细胞等)多核的256. mutant 突变异种257. mutase 变位酶258. mutation 突变259. mutualism 互惠共生260. mycelium 菌丝体(复数mycelia)261. mycotoxin 真菌毒素262. native species 本地物种263. natural enemy 天敌264. nearctic 新北区265. nematicide 杀线虫剂266. nematode 线虫267. niche 小生境、生态位268. nicotine 烟碱269. nitrogen 氮270. non-contamination pesticide 无污染农药271. nontarget organism 非靶标生物272. normal saline 生理盐水273. nymph 若虫274. offspring 后代275. oligophagous 寡食性的276. omnivore 杂食者277. oomycetes 卵菌278. organic Agriculture 有机农业279. organic pesticide 有机农药280. organophosphorus pesticide 有机磷农药281. ovaries 卵巢282. overwinter：越冬283. oviparous 卵生的284. oviposition 产卵285. palearctic 古北区286. parasite 寄生虫，食客287. parasitism 寄生288. parasitoid 拟寄生物，寄生蜂289. parthenogenesis 单性生殖, 孤雌生殖290. passive resistance 被动抗性291. Pasteurization 巴氏灭菌法292. pathogen 病菌,病原体293. pathogenicity 病原性,致病性294. pathogens 病原体(物)295. pathology 病理学296. penetrate 渗透297. pentatomid 蝽298. peroxidase 过氧(化)物酶299. persistent pesticide 持久性农药;残留性农药300. pesticide residue 农药残留301. pesticide tolerances 耐药性302. pesticide 杀虫剂303. pest-resistant cultivar 抗虫品种304. petri dish 有盖培养皿305. pharmaceutical 制药学306. pharmacology 药理学307. phenology 物候学308. phenotype 显型309. pheromone 信息素，外激素310. phosphatase 磷酸酶311. photosynthesis 光合作用312. phylogeny 系统学，系统发育313. physiology 生理学314. phytocentric 植物群落315. phytochemical 植物化学316. phytocide 植物杀菌素317. phytohormone 植物生长素318. phytopathology 植物病理学319. phytotoxic 植物性毒素的320. pollination 传粉, 授粉(作用)321. polyclonal antibody 双克隆抗体322. polygenic 多基因的323. polymorphism 多型现象324. polyphagous 多食性的325. population density 种群密度，虫口密度326. potential host 潜在寄主327. praying mantis 螳螂328. predator 捕食者，肉食动物329. probe 探针330. progeny 后裔331. proliferation 增殖332. pronotum 前胸背板333. propagule 繁殖体334. protist 原生生物335. protoplast 原生质体336. pupa 蛹337. pupa 蛹, 复数为pupae338. quarantine 检疫339. queen ant 蚁后340. queen bee 蜂王341. reciprocal 互惠的342. reductase 还原酶343. relative abundance 相对丰富度344. remnant 残留345. repellent 忌避剂，驱虫剂346. repellent 驱虫剂347. reproductive 生殖的348. resistance 抗药性349. risk assessment 风险评估350. riskiest pesticide 高毒农药351. rodenticide 灭鼠剂352. root-knot nematode 根结线虫353. rotozoan 原生动物354. secretion 分泌，分泌物(液)355. segregate 隔离356. selected insecticides 选择性杀虫剂357. semiochemicals 化学信息素358. sensilla 感觉器359. sensitivety 敏感性360. serology 血清学361. silborne 土传的362. silkmoth 蚕363. simulation 模拟364. smut 黑粉病365. sodium 钠366. soilborne 土壤带有的,土壤传播的367. solvent 溶解的，溶剂368. speciation 物种形成369. species diversity 物种多样性370. sporangium 孢子囊371. sporosorus 休眠孢子堆372. stink bug 椿象373. stochastic 随机的374. strains 菌株375. stripe 斑纹，条纹376. subfamily 亚科377. sublethal concentrations 亚致死浓度378. sublethal dose 亚致死中量379. superfamily 总科380. sustainable agriculture 可持续农业381. symbiosis 共生关系382. symposia 座谈会, 评论集383. symptomology 症状学384. synthase 合酶385. tachinid 寄蝇386. target organism 靶标生物387. target 靶子，标的388. taxa 分类阶元（taxon的复数）389. taxonomy 分类学390. temperature summation 积温391. template 模板392. termite 白蚁393. terpenoid 萜类化合物394. tetrachloride 四氯化物395. therapeutics 治疗学、疗法396. threshold 临界值397. thrips 蓟马398. toxicity 毒性399. toxigenic 产毒的400. transgenic 转基因的401. tumor 瘤402. type specimen 模式标本403. ultrastructural 超微的404. ultraviolet adj.紫外线的, 紫外的n.紫外线辐射405. vaccine 疫苗406. vector 介体407. vedalia beetle 澳州瓢虫408. venation 脉序409. virion 病毒粒子410. virological 病毒学的411. virulence 毒力，毒性412. virus 病毒413. vivo 活泼的414. wasp 蜂，黄蜂415. weed control 杂草控制416. weevil 象鼻虫，象甲417. whitefly n.粉虱418. wilt 萎蔫病419. winter spore 越冬孢子420. worker ant 工蚁421. zoospore 游动孢子。
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Anti-dustmite and Anti-microbial Finishing Agent ADK AMB-100 Washfast Protection Against Dust-mites for Home Textiles Application Fields:Anti-dustmite and anti-microbial finishing agent ADK AMB-100 For textiles perform highly effective for mite and bacteria resistance,excellent durability and good safety.The agent exerts no negative influence on the whiteness,shade,tenacity,touch and permeability.The agent is for washfast protection against dust mites for home textiles including filling materials.Application is possible on all common types of fibers and fabrics except pure polypropylene.Applications examples include:Mattress ticking ,protecting mattress covers and supports,quilts,pillows,bed sheets,pillow covers,quilt covers,curtains,textile wall coverings as well as upholstery fabrics and furniture filling materials.
Action Mode:Due to the effectiveness of ADK AMB-100 germs and dust mites are deprived of their nutrients and can no longer proliferate.
Advantages:Washfast protection against dust mites
Washfast hygiene protection
Prevents microbial caused odours
Having no influence on the colour whiteness of the textiles
Safe to textile..
Product properties:Appearance:Slightly yellowish liquid;
Density at 20℃:1.02~1.10
Lonicity:Non-ionogenic；PH:5.5~7.0；
Solubility:Emulsifiable in water.Soluble in esters and glycols.
Compatibility:Can principally be applied in combination with others textile patibilities,however,should be tested in advance.
Temperature Stability:Drying/Fixing:130℃~150℃;For best treatment effect,the textile should be heat-set for twice,and the anti-microbial treatment shall be with the second heat-set at lower temperature.
Application:Washfast anti dust mite protection up to 10 times,40℃,1.0~2.0％of ADK AMB-100 relative to the dry weight of the textiles to be finished.
Padding:Undiluted ADK AMB-100 should be added to the bath as last component while stirring to homogenity.Optimal results are achieved at PH 4~7.The absorption properties may be improved by adding a wetting agent.
Fastness:Wash-fast up to 60℃.Highest washfastness can be achieved on cotton in combination with ADK FIX-ET.Fast to dry
cleaning as well as light,rubbing and ironing.
Test Standards:Anti-dustmite effect can be tested according to Standard JIS L1920 and GB/T 24253-2009.Standard AATCC 100,AATCC 147 or JIS L 1902 are recommended for testing antimicrobial effect.。