Stability Testing of Drug Substances and Products(FDA)

Stability Testing of Drug Substances and Products(FDA)
Stability Testing of Drug Substances and Products(FDA)

ANDAs: Stability Testing of Drug Substances and Products U.S. Department of Health and Human Services

Food and Drug Administration

Center for Drug Evaluation and Research (CDER)

June 2013

Generics

ANDAs: Stability Testing of Drug Substances and Products

Additional copies are available from:

Office of Communications

Division of Drug Information, WO51, Room 2201

Center for Drug Evaluation and Research

Food and Drug Administration

10903 New Hampshire Ave., Silver Spring, MD 20993

Phone: 301-796-3400; Fax: 301-847-8714

druginfo@https://www.360docs.net/doc/599289666.html,

https://www.360docs.net/doc/599289666.html,/Drugs/GuidanceComplianceRegulatoryInformation/Guidances/default.htm

U.S. Department of Health and Human Services

Food and Drug Administration

Center for Drug Evaluation and Research (CDER)

June 2013

Generics

TABLE OF CONTENTS

I.INTRODUCTION (1)

II.BACKGROUND (1)

III.DISCUSSION (2)

Guidance for Industry1

ANDAs: Stability Testing of Drug Substances and Products

This guidance represents the Food and Drug Administration’s (FDA’s) current thinking on this topic. It does not create or confer any rights for or on any person and does not operate to bind FDA or the public. You can use an alternative approach if the approach satisfies the requirements of the applicable statutes and regulations. If you want to discuss an alternative approach, contact the FDA staff responsible for implementing this guidance. If you cannot identify the appropriate FDA staff, call the appropriate number listed on the title page of this guidance.

I. INTRODUCTION

This guidance recommends that abbreviated new drug applications (ANDAs) submitted under section 505(j) of the Federal Food, Drug and Cosmetic Act, and the drug master files (DMFs) that support ANDAs, follow the stability recommendations provided in the International Conference on Harmonisation (ICH) stability guidances.

FDA’s guidance documents, including this guidance, do not establish legally enforceable responsibilities. Instead, guidances describe the Agency’s current thinking on a topic and should be viewed only as recommendations, unless specific regulatory or statutory requirements are cited. The use of the word should in Agency guidances means that something is suggested or recommended, but not required.

II. BACKGROUND

Over the past few years, the Office of Generic Drugs (OGD) has received numerous inquiries about what stability data FDA expects in ANDA submissions. Currently, the only published direction from OGD is contained in a 1995 letter to industry which states that OGD will accept ICH recommended long-term room temperature conditions for stability studies (i.e., 25±2°C,

60±5% RH). Although adequate in the context of other guidance existing at that time, this recommendation is no longer sufficient to serve as a basis for stability testing for ANDAs. The following existing ICH guidances address stability for new drug substances and products:

1.Q1A (R2) Stability Testing of New Drug Substances and Products.

2.Q1B Photostability Testing of New Drug Substances and Products.

3.Q1C Stability Testing for New Dosage Forms.

1 This guidance has been prepared by the Office of Generic Drugs, Office of Pharmaceutical Science in the Center for Drug Evaluation and Research (CDER) at the Food and Drug Administration.

4.Q1D Bracketing and Matrixing Designs for Stability Testing of New Drug

Substances and Products.

5.Q1E Evaluation of Stability Data.2

In the discussion that follows, these guidances are referred to as ICH stability guidances.

III. DISCUSSION

Although the ICH stability guidances were developed by ICH to provide guidance on the information that should be provided in new drug applications to ensure the stability of new drug substances and drug products, we believe the recommendations also should be applied to ANDAs.

When following the ICH stability recommendations, you, the applicant, should:

1.Submit data from three pilot scale batches or two pilot scale batches and one small

scale batch. If the size of the pilot scale batch does not follow ICH recommendations,

the applicant should provide a justification.

2.At the time of submission, provide 6 months of data that include accelerated and

long-term conditions. FDA recommends following ICH guidelines with respect to

utilization of intermediate conditions to support shelf-life.

https://www.360docs.net/doc/599289666.html,e multiple lots of drug substance as appropriate.

4.Manufacture and package the drug product using principles that are representative of

the commercial process.

5.Provide a fully packaged primary batch.

https://www.360docs.net/doc/599289666.html,e drug product from all three primary batches when using bracketing and matrixing

designs under ICH Q1D.

7.Provide statistical analysis of the data as appropriate, in accordance with ICH Q1E,

Appendix A.

If you choose not to follow the above recommendations, you should provide FDA with a justification for the approach you intend to follow in your ANDA submissions to ensure stability.

2 We update guidances periodically. To make sure you have the most recent version of these guidances, check the FDA Drugs guidance Web page at

https://www.360docs.net/doc/599289666.html,/Drugs/GuidanceComplianceRegulatoryInformation/Guidances/default.htm.

药学英语第五版第三单元

Biochemistry Seeks to Explain Life in Chemical Terms The molecules of which living organisms are composed conform to all the familiar laws of chemistry, but they also interact with each other in accordance with another set of principles, which we shall refer to collectively as the molecular logic of life. These principles do not involve new or yet undiscovered physical laws or forces. Instead, they are a set of relationships characterizing the nature, function, and interactions of biomolecules. If living organisms are composed of molecules that are intrinsically inanimate, how do these molecules confer the remarkable combination of characteristics we call life? How is it that a living organism appears to be more than the sum of its inanimate parts? Philosophers once answered that living organisms are endowed with a mysterious and divine life force, but this doctrine (vitalism) has been firmly rejected by modern science. The basic goal of the science of biochemistry is to determine how the collections of inanimate molecules that constitute living organisms interact with each other to maintain and perpetuate life. Although biochemistry yields important insights and practical applications in medicine, agriculture, nutrition, and industry, it is ultimately concerned with the wonder of life itself. All Macromolecules Are Constructed from a Few Simple Compounds Most of the molecular constituents of living systems are composed of carbon atoms covalently joined with other carbon atoms and with hydrogen, oxygen, or nitrogen. The special bonding properties of carbon permit the formation of a great variety of molecules. Organic compounds of molecular weight less than about 500, such as amino acids, nucleotidase, and monosaccharide, serve as monomeric subunits of proteins, nucleic acids, and polysaccharides,

药学专业英语药学词汇

6-磷酸葡萄糖脱氢酶 glucose-6-phosphate dehydrogenase Janbon综合症 Janbon's syndrome PPB浓度 parts per billion concentration pphm浓度 parts per hundred million concentration PPH浓度 parts per hundred concentration ppm浓度 parts per million concentration 安全范围 safety range 安全试验法 innocuity test method 安全系统 safety coefficient 安慰剂 placebo 螯合剂 chelating agent 靶细胞 target cell 白蛋白微球制剂 albumin microballoons 百分浓度 percentage concentration 半合成抗生素 semisynthetic antibiotics 半抗原 haptene 半数致死剂量 half lethal dose ; median lethal dose; LD50 半衰期 half-life period; half life time 包衣片 coated tablet 薄膜衣 film-coating 饱和溶液 saturated solution 贝克勒尔 Becquerel 被动免疫 passive immunity 被动转运 passive transport

崩解度 disintegration 崩解剂 disintegrants 必需氨基酸 essential aminoacid 必需脂肪酸 essential fatty acid 变态反应 allergy; allergic reaction 表面活性 surface activity 表面张力 surface tension 丙种射线 gamma rays 补体 complement 补体系统 complement system 不良反应 adverse reaction 不完全抗原 incomplete antigen 搽剂 liniments 长期毒性实验 long term toxicity test 长效制剂 prolonged action preparation 肠肝循环 enterohepatic circulation 肠溶控释片 enteric controlled release tablets 肠溶衣 enteric coating 处方 prescription;recipe 穿透促进剂 penetration enhancers 磁性控释制剂 magnetic controlled release dosage form 磁性药物制剂 magnetic medicinal preparations 大分子 macromolecule 单克隆抗体 monoclonal antibody

药学英语第五版原文翻译 (2)(2020年7月整理).pdf

Introduction to Physiology Introduction Physiology is the study of the functions of living matter. It is concerned with how an organism performs its varied activities: how it feeds, how it moves, how it adapts to changing circumstances, how it spawns new generations. The subject is vast and embraces the whole of life. The success of physiology in explaining how organisms perform their daily tasks is based on the notion that they are intricate and exquisite machines whose operation is governed by the laws of physics and chemistry. Although some processes are similar across the whole spectrum of biology—the replication of the genetic code for or example—many are specific to particular groups of organisms. For this reason it is necessary to divide the subject into various parts such as bacterial physiology, plant physiology, and animal physiology. To study how an animal works it is first necessary to know how it is built. A full appreciation of the physiology of an organism must therefore be based on a sound knowledge of its anatomy. Experiments can then be carried out to establish how particular parts perform their functions. Although there have been many important physiological investigations on human volunteers, the need for precise control over the experimental conditions has meant that much of our present physiological knowledge has been derived from studies on other animals such as frogs, rabbits, cats, and dogs. When it is clear that a specific physiological process has a common basis in a wide variety of animal species, it is reasonable to assume that the same principles will apply to humans. The knowledge gained from this approach has given us a great insight into human physiology and endowed us with a solid foundation for the effective treatment of many diseases. The building blocks of the body are the cells, which are grouped together to form tissues. The principal types of tissue are epithelial, connective, nervous, and muscular, each with its own characteristics. Many connective tissues have relatively few cells but have an extensive extracellular matrix. In contrast, smooth muscle consists of densely packed layers of muscle cells linked together via specific cell junctions. Organs such as the brain, the heart, the lungs, the intestines, and the liver are formed by the aggregation of different kinds of tissues. The organs are themselves parts of distinct physiological systems. The heart and blood vessels form the cardiovascular system; the lungs, trachea, and bronchi together with the chest wall and diaphragm form the respiratory system; the skeleton and skeletal muscles form the musculoskeletal system; the brain, spinal cord, autonomic nerves and ganglia, and peripheral somatic nerves form the nervous system, and so on. Cells differ widely in form and function but they all have certain 生理学简介 介绍 生理学是研究生物体功能的科学。它研究生物体如何进行各种活动,如何饮食,如何运动,如何适应不断改变的环境,如何繁殖后代。这门学科包罗万象,涵盖了生物体整个生命过程。生理学成功地解释了生物体如何进行日常活动,基于的观点是生物体好比是结构复杂而灵巧的机器,其操作受物理和化学规律控制。 尽管从生物学整个范畴看,生物体某些活动过程是相似的——如基因编码的复制——但许多过程还是某些生物体群组特有的。鉴于此有必要将这门学科分成不同部分研究,如细菌生理学、植物生理学和动物生理学。 要研究一种动物如何活动,首先需要了解它的构成。要充分了解一个生物体的生理学活动就必须掌握全面的解剖学知识。一个生物体的各部分起着什么作用可通过实验观察得知。尽管我们对志愿者进行了许多重要的生理调查,但是实验条件需要精确控制,所以我们当前大多生理知识还是源于对其它动物如青蛙,兔子,猫和狗等的研究。当我们明确大多数动物物种的特定生理过程存在共同之处时,相同的生理原理适用于人类也是合理的。通过这种方法,我们获得了大量的知识,从而让我们对人类生理学有了更深入的了解,为我们有效治疗许多疾病提供了一个坚实的基础。 机体的基本组成物质是细胞,细胞结合在一起形成组织。组织的基本类型有上皮组织,结缔组织,神经组织和肌组织,每类组织都有各自的特征。许多结缔组织中细胞量相对较少,但是有大量的细胞外基质。相比而言,光滑的肌组织由大量密密麻麻的肌细胞通过特定的细胞连接组成。各种器官如脑,心脏,肺,小肠和肝等由不同种类的组织聚集而成。这些器官是不同生理系统的组成部分。心脏和血管组成心血管系统;肺,器官,支气管,胸壁和膈肌组成呼吸系统;骨骼和骨骼肌组成骨骼肌系统;大脑,脊髓,自主神经和神经中枢以及

药学英语专业词汇word精品

药学名词(中-英)6-磷酸葡萄糖脱氢酶glucose-6-phosphate dehydrogenase Janbon综合症Janbon's syndrome PPB浓度parts per billion concentration pphm 浓度parts per hundred million concentration PPH浓度parts per hundred concentration ppm 浓度parts per million concentration 安全范围safety range 安全试验法innocuity test method 安全系统safety coefficient 安慰剂placebo 螯合剂chelating agent 靶细胞target cell 白蛋白微球制剂albumin microballoons 百分浓度percentage concentration 半合成抗生素semisynthetic antibiotics 半抗原haptene 半数致死剂量half lethal dose ; median lethal dose; LD50 半衰期half-life period; half life time 包衣片coated tablet 薄膜衣film-coating 饱和溶液saturated solution 贝克勒尔Becquerel 被动免疫passive immunity 被动转运passive transport 崩解度disintegration 崩解剂disintegrants 必需氨基酸essential aminoacid 必需脂肪酸essential fatty acid 变态反应allergy; allergic reaction 表面活性surface activity 表面张力surface tension 丙种射线gamma rays 补体complement 补体系统complement system 不良反应adverse reaction 不完全抗原incomplete antigen 搽剂liniments 长期毒性实验long term toxicity test 长效制剂prolonged action preparation 肠肝循环enterohepatic circulation 肠溶控释片enteric controlled release tablets 肠溶衣enteric coating 处方prescription;recipe 穿透促进剂penetration enhancers 磁性控释制剂magnetic controlled release dosage form 磁性药物制剂magnetic medicinal preparations 大分子macromolecule 单克隆抗体monoclonal antibody 胆碱酯酶cholinesterase 当量equivalent weight 当量定律equivalent law 当量浓度normality 当量溶液normal solution 等张溶液isotonic solution 低聚糖oligosaccharides 低密度脂蛋白low density lipoprotein 滴定titration 滴定曲线titration curve 滴丸剂 pill 递质transmitter 电解electrolyzation 电解质electrolyte 酊剂tincture 定向药物制剂directed pharmaceutical preparations 毒理学toxicology 毒性反应toxic response; toxic reaction 短期致癌实验short term carcinogenic test 对因治疗etiological treatment 对映体antipode 对症治疗symptomatic treatment 多功能酶multifunctional enzyme 多剂量给药multiple dose administration 多糖polyose 多肽polypeptide 儿茶酚胺catecholamine 二重感染superinfection 发酵fermentation 法定处方official formula

药学英语第五版原文翻译

IntroductiontoPhysiology Introduction Physiologyisthestudyofthefunctionsoflivingmatter.Itisconcernedwithhowanorganismperformsitsv ariedactivities:howitfeeds,howitmoves,howitadaptstochangingcircumstances,howitspawnsnewgenerati ons.Thesubjectisvastandembracesthewholeoflife.Thesuccessofphysiologyinexplaininghoworganismsp erformtheirdailytasksisbasedonthenotionthattheyareintricateandexquisitemachineswhoseoperationisgo vernedbythelawsofphysicsandchemistry. Althoughsomeprocessesaresimilaracrossthewholespectrumofbiology—thereplicationofthegenetic codefororexample—manyarespecifictoparticulargroupsoforganisms.Forthisreasonitisnecessarytodivid ethesubjectintovariouspartssuchasbacterialphysiology,plantphysiology,andanimalphysiology. Tostudyhowananimalworksitisfirstnecessarytoknowhowitisbuilt.Afullappreciationofthephysiolog yofanorganismmustthereforebebasedonasoundknowledgeofitsanatomy.Experimentscanthenbecarriedo uttoestablishhowparticularpartsperformtheirfunctions.Althoughtherehavebeenmanyimportantphysiolo gicalinvestigationsonhumanvolunteers,theneedforprecisecontrolovertheexperimentalconditionshasmea ntthatmuchofourpresentphysiologicalknowledgehasbeenderivedfromstudiesonotheranimalssuchasfrog s,rabbits,cats,anddogs.Whenitisclearthataspecificphysiologicalprocesshasacommonbasisinawidevariet yofanimalspecies,itisreasonabletoassumethatthesameprincipleswillapplytohumans.Theknowledgegain edfromthisapproachhasgivenusagreatinsightintohumanphysiologyandendoweduswithasolidfoundation fortheeffectivetreatmentofmanydiseases. Thebuildingblocksofthebodyarethecells,whicharegroupedtogethertoformtissues.Theprincipaltype softissueareepithelial,connective,nervous,andmuscular,eachwithitsowncharacteristics.Manyconnective tissueshaverelativelyfewcellsbuthaveanextensiveextracellularmatrix.Incontrast,smoothmuscleconsists https://www.360docs.net/doc/599289666.html,anssuchasthebrain,theh eart,thelungs,theintestines,andtheliverareformedbytheaggregationofdifferentkindsoftissues.Theorgans arethemselvespartsofdistinctphysiologicalsystems.Theheartandbloodvesselsformthecardiovascularsyst em;thelungs,trachea,andbronchitogetherwiththechestwallanddiaphragmformtherespiratorysystem;thes keletonandskeletalmusclesformthemusculoskeletalsystem;thebrain,spinalcord,autonomicnervesandgan glia,andperipheralsomaticnervesformthenervoussystem,andsoon. Cellsdifferwidelyinformandfunctionbuttheyallhavecertaincommoncharacteristics.Firstly,theyareb oundedbyalimitingmembrane,theplasmamembrane.Secondly,theyhavetheabilitytobreakdownlargemol eculestosmalleronestoliberateenergyfortheiractivities.Thirdly,atsomepointintheirlifehistory,theyposses sanucleuswhichcontainsgeneticinformationintheformofdeoxyribonucleicacid(DNA). Livingcellscontinuallytransformmaterials.Theybreakdownglucoseandfatstoprovideenergyforother activitiessuchasmotilityandthesynthesisofproteinsforgrowthandrepair.Thesechemicalchangesarecollect ivelycalledmetabolism.Thebreakdownoflargemoleculestosmalleronesiscalledcatabolismandthesynthes isoflargemoleculesfromsmalleronesanabolism. Inthecourseofevolution,cellsbegantodifferentiatetoservedifferentfunctions.Somedevelopedtheabil itytocontract(musclecells),otherstoconductelectricalsignals(nervecells).Afurthergroupdevelopedtheabi litytosecretedifferentsubstancessuchashormonesorenzymes.Duringembryologicaldevelopment,thispro cessofdifferentiationisre-enactedasmanydifferenttypesofcellareformedfromthefertilizedegg. Mosttissuescontainamixtureofcelltypes.Forexample,bloodconsistsofredcells,whitecells,andplatele ts.Redcellstransportoxygenaroundthebody.Thewhitecellsplayanimportantroleindefenseagainstinfection 生理学简介 介绍 生理学是研究生物体功能的科学。它研究生物体如何进行各种活动,如何饮食,如何运动,如何适应不断改变的环境,如何繁殖后代。这门学科包罗万象,涵盖了生物体整个生命过程。生理学成功地

药学英语专业词汇

药学名词(中-英) 6-磷酸葡萄糖脱氢酶glucose-6-phosphate dehydrogenase Janbon综合症Janbon's syndrome PPB浓度parts per billion concentration pphm浓度parts per hundred million concentration PPH浓度parts per hundred concentration ppm浓度parts per million concentration 安全范围safety range 安全试验法innocuity test method 安全系统safety coefficient 安慰剂placebo 螯合剂chelating agent 靶细胞target cell 白蛋白微球制剂albumin microballoons 百分浓度percentage concentration 半合成抗生素semisynthetic antibiotics 半抗原haptene 半数致死剂量half lethal dose ; median lethal dose; LD50 半衰期half-life period; half life time 包衣片coated tablet 薄膜衣film-coating 饱和溶液saturated solution 贝克勒尔Becquerel 被动免疫passive immunity 被动转运passive transport 崩解度disintegration 崩解剂disintegrants 必需氨基酸essential aminoacid

药学英语Unit 6 Text A 注释及译文

Drug Discovery and Natural Products It may be argued that drug discovery is a recent concept that evolved from modern science during the 20th century, but this concept in reality dates back many centuries, and has its origins in nature. On many occasions, humans have turned to Mother Nature for cures, and discovered unique drug molecules. Thus, the term natural product has become almost synonymous with the concept of drug discovery. In modem drug discovery and development processes, natural products play an important role at the early stage of "lead" discovery, i.e. discovery of the active (determined by various bioassays) natural molecule, which itself or its structural analogues could be an ideal drug candidate. 1.origin ['?rid?in] n.起点,端点; 来源;出身, 血统. 2.Synonymous [s?'n?n?m?s]adj.同义的,类义的. 3.i.e. [,a?'i:] <拉> abbr. (=id est) 即,换言之. 4.candidate ['k?ndidit] n.申请求职者, 候选人;报考者;候选物. 有人可能认为药物发现是一个20世纪才出现的、来源于现代科学的新概念,但是事实上这个概念是源于自然界的,可以追溯到许多个世纪以前。过去,人们常常向自然母亲寻求帮助,并且找到了分子结构独特的药物。在那时,天然产物几乎是药物发现的同义词。天然产物在现代药物发现和开发过程中也发挥着重要的作用,即作为天然活性化合物(通过各种生物检定方法)的来源,而天然活性化合物或者其结构类似物可能是很好的候选药物。 Natural products have been enormous source of drugs and drug leads. It is estimated that 61 percent of the 877 small-molecular new chemical entities introduced as drugs worldwide during 1981-2002 can be traced back to or were developed from natural products. These include natural products (6 percent), natural product derivatives (27 percent), and synthetic compounds with natural-product-derived pharmacophores (5 percent) and synthetic compounds designed on the basis of knowledge gained from a natural product, i.e. a natural product mimic (23 percent). In some therapeutic areas, the contribution of natural products is even greater, e.g. about 78 percent of antibacterials and 74 percent of anticancer drug candidates are natural products or structural analogues of natural products. In 2000, approximately 60 percent of all drugs in clinical trials for the multiplicity of cancers were of natural origins. In 2001, eight (simvastatin, pravastatin, amoxycillin, clavulanic acid,

常用药学中英文词汇对照

生产工艺常用词汇: 中文英文 单硫酸卡那霉素Kanamycin sulfate 硫酸氢钠sodium bisulfate 枸橼酸钠sodium citrate 硫酸溶液Sulfuric acid solution 中性硼玻璃安瓿瓶Neutral borosilicate glass ampoule 安瓿瓶清洗Ampoule washing 安瓿瓶灭菌除热源Ampoule sterilization and depyrogenation 配料Batching 过滤Filtration 灌封Filling and sealing 灭菌和检漏测试Sterilization and leakage test 灯检Visual / Lamp inspection 贴签和包装Labeling and packaging 关键工艺参数Critical Process Parameter 升温段heating section 传送带conveyor belt 压差Differential pressure 时间间隔Time interval 过滤器孔径Pore size of filter 过滤压力Filtration pressure 灌装量Filling volume 缓冲罐buffer tank 灌装前充氮保护pre-filling nitrogen flush 灌装后充氮保护post-filling nitrogen overlay 真空检漏测试Vacuum leak test 内包材Primary packaging material Process instruction Livzon Group Fuzhou Fuxing Pharmaceutical Co. Ltd. Hunan Erkang Pharmaceutical Co., Ltd Hunan Huari Pharmaceutical Co., Ltd Guangzhou Chemical Reagent Factory Zhuhai Da Lin Wan Industrial Gas Co., Ltd SCHOTT Glass Technologies (Suzhou) Co. Ltd quality specification Circulation water Rotating speed QC常用英文词汇 中文英文 物理性状Physical attributes 外观Appearance 不溶性微粒Particulate matter

药学英语词汇大全

Meth- methyl methane methanol methanal(form aldehyde) 甲甲基甲烷甲醇甲醛 Eth- ethyl ethane ethene (=ethylene) ethanol(=alcohol) 乙乙基乙烷乙烯乙醇 Ethanal(=acetaldehyde)ethyne(=ethine,acetylene) 乙醛乙炔 Prop- propyl propane propene propanol propanal 丙丙基丙烷丙烯丙醇丙醛 propanone(=acetone) propyne 丙酮丙炔 But- (丁)butyl(丁基)butane(丁烷)butene(丁烯)butanol (丁醇)butanal(丁醛)butanone(丁酮)butyne Pent-(戊)pentyl(戊基)pentane(戊烷)pentene(戊烯)pentanol (戊醇)pentanal(戊醛)pentanone pentyne Hex- (己)hexyl hexane hexene henanol hexanal hexanone hexyne hexose(己糖) Hept- (庚)heptyl heptane……. Oct- (辛)octyl octane…. Non- (壬)nonyl(壬基)nonane nonene …… Deca- (癸)decyl(癸基)decane(癸烷)decene(=decylene) 表示数量关系的前缀 1)表示“单一”,“一” mono-, mon-, monotone(单调),monopoly, monarch uni-, un-, uniform, unicellular(单细胞) 2)表示“二,两,双” ambi-, ambiguous, amphibian(两栖类) bi-, bin- bicycle, di-, diode(二级管), twi-, twilight 3)表示“十,十分之一” deca, deco-, dec- decade, deci-, decimals 4)表示"百,百分子一" hecto-, hect-, hectometer, centi-, centimeter 5)表示"千,千分子一” kilo-, kilometer milli-, milliliter 6)表示"万,万分子一” myria-, myri-, myriametre mega-, meg-, megabyte micro-, microvolt (微伏特) 7)表示"许多,复,多数” multi-, mult-, multimeter (万用表) poly-, polysyllable,

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