- 关于我们
- 服务与能力
- 生产体系
- 哺乳动物细胞
$我们的专业能力覆盖从哺乳动物细胞培养到生物大分子的发现、开发与 cGMP 生产。依托 6 大新药发现平台、一流的 CMC 开发团队以及完善的供应链体系,我们能够为您的生物药开发提供全流程、一体化的解决方案。
- 哺乳动物细胞表达
$从概念到商业化,为您提供哺乳动物细胞生物药开发的一站式全流程服务。
哺乳动物细胞表达
从概念到商业化,为您提供哺乳动物细胞生物药开发的一站式全流程服务。
- 支持的产品类型:
- 单克隆抗体
$探索我们针对该类产品提供的全方位药物研发服务
单克隆抗体
探索我们针对该类产品提供的全方位药物研发服务
- 双特异性及多特异性抗体
$探索我们针对该类产品提供的全方位药物研发服务
双特异性及多特异性抗体
探索我们针对该类产品提供的全方位药物研发服务
- Fc融合蛋白
$探索我们针对该类产品提供的全方位药物研发服务
Fc融合蛋白
探索我们针对该类产品提供的全方位药物研发服务
- 抗体片段
$探索我们针对该类产品提供的全方位药物研发服务
抗体片段
探索我们针对该类产品提供的全方位药物研发服务
- 重组蛋白 / 酶 / 细胞因子
$探索我们针对该类产品提供的全方位药物研发服务
重组蛋白 / 酶 / 细胞因子
探索我们针对该类产品提供的全方位药物研发服务
- 抗体偶联药物(ADC)
$探索我们针对该类产品提供的全方位药物研发服务
抗体偶联药物(ADC)
探索我们针对该类产品提供的全方位药物研发服务
- 病毒样颗粒(VLP)
$探索我们针对该类产品提供的全方位药物研发服务
病毒样颗粒(VLP)
探索我们针对该类产品提供的全方位药物研发服务
- 微生物发酵
$全方位 CMC 开发与 cGMP 生产微生物发酵平台。提供基于大肠杆菌及酵母表达系统的质粒 DNA 与重组蛋白生产服务。
- 微生物发酵
$卓越品质,专为微生物发酵来源生物药提供专家级服务。
微生物发酵
卓越品质,专为微生物发酵来源生物药提供专家级服务。
- 支持的产品类型:
- 抗体片段
$探索我们针对该类产品提供的全方位药物研发服务
抗体片段
探索我们针对该类产品提供的全方位药物研发服务
- 酶
$探索我们针对该类产品提供的全方位药物研发服务
酶
探索我们针对该类产品提供的全方位药物研发服务
- 病毒样颗粒(VLP)
$探索我们针对该类产品提供的全方位药物研发服务
病毒样颗粒(VLP)
探索我们针对该类产品提供的全方位药物研发服务
- 核心能力
- 发现
$涵盖从早期概念至 IND 申报的集成化药物发现平台
- 研究探索
$药明生物提供行业专业知识、最先进的设施和多种抗体生成技术平台,用于发现新型单克隆 双特异性和多特异性抗体、免疫细胞因子和其他生物制剂。
研究探索
药明生物提供行业专业知识、最先进的设施和多种抗体生成技术平台,用于发现新型单克隆 双特异性和多特异性抗体、免疫细胞因子和其他生物制剂。
- 开发
$依托全球规模领先、经验丰富的开发团队,我们拥有卓越的资源、技术与专业实力,致力于以最高效、最具成本效益的方式,驱动您的项目顺利推进至 IND 与 BLA 申报。
- 细胞株工程
$无论是作为独立服务,还是作为我们集成化 CMC 开发平台的一部分,药明生物都能在广泛的生物药领域,为客户提供深厚的专业积淀,以及行业领先的细胞株工程与菌株开发周期。
细胞株工程
无论是作为独立服务,还是作为我们集成化 CMC 开发平台的一部分,药明生物都能在广泛的生物药领域,为客户提供深厚的专业积淀,以及行业领先的细胞株工程与菌株开发周期。
- 细胞株构建
- 菌株构建
- 分析科学
$我们提供全方位的分析检测服务,在过程控制(IPC)、成品放行及稳定性研究的方法开发领域拥有顶尖的专业实力。此外,我们还支持细胞株构建、工艺及制剂开发、产品表征、可开发性评估,以及其他支持 IND 和 BLA 申报的关键研究。
分析科学
我们提供全方位的分析检测服务,在过程控制(IPC)、成品放行及稳定性研究的方法开发领域拥有顶尖的专业实力。此外,我们还支持细胞株构建、工艺及制剂开发、产品表征、可开发性评估,以及其他支持 IND 和 BLA 申报的关键研究。
- 上下游工艺开发
$我们拥有多个上游与下游工艺开发实验室,支持分批补料、强化分批补料及连续生产工艺的建立与放大。我们的服务涵盖多种生物药类型,贯穿药物研发的早期及后期阶段。
上下游工艺开发
我们拥有多个上游与下游工艺开发实验室,支持分批补料、强化分批补料及连续生产工艺的建立与放大。我们的服务涵盖多种生物药类型,贯穿药物研发的早期及后期阶段。
- 细胞库建库
$我们提供一站式自有细胞库构建与细胞系表征服务,符合全球 GMP 法规及 ICH 指南要求;同时运营超过 20 个 cGMP 级细胞库车间,确保该关键 CMC 开发环节具备充足产能并可按时执行。
细胞库建库
我们提供一站式自有细胞库构建与细胞系表征服务,符合全球 GMP 法规及 ICH 指南要求;同时运营超过 20 个 cGMP 级细胞库车间,确保该关键 CMC 开发环节具备充足产能并可按时执行。
- 生产
$我们在四个国家布局了多座先进且高品质的 cGMP 生产设施,涵盖临床及商业化规模的药物原液(DS)和制剂(DP)生产,能够支持来源于哺乳动物及微生物表达系统的多种生物制品生产。
- 临床原液(DS)GMP生产
$运营多个高质量、先进的临床规模 cGMP 设施,用于生物制药原液(DS)生产,涵盖哺乳动物和微生物两种表达系统。
临床原液(DS)GMP生产
运营多个高质量、先进的临床规模 cGMP 设施,用于生物制药原液(DS)生产,涵盖哺乳动物和微生物两种表达系统。
- 临床制剂(DP)GMP生产
$多个高度灵活的临床规模制剂(DP)生产设施,按照全球监管机构定义的现行药品生产质量管理规范(cGMP)要求,用于生物制剂和注射用制剂的配方、灌装、贴标及包装。
临床制剂(DP)GMP生产
多个高度灵活的临床规模制剂(DP)生产设施,按照全球监管机构定义的现行药品生产质量管理规范(cGMP)要求,用于生物制剂和注射用制剂的配方、灌装、贴标及包装。
- 商业化生产
$药明生物在四个国家拥有多个先进的、高质量的cGMP原液和制剂生产设施。利用多种规格的、经过验证的西林瓶、胶塞和铝盖组合平台,能够在不同的临床阶段和商业化生产规模上进行水针或冻干制剂产品生产。
商业化生产
药明生物在四个国家拥有多个先进的、高质量的cGMP原液和制剂生产设施。利用多种规格的、经过验证的西林瓶、胶塞和铝盖组合平台,能够在不同的临床阶段和商业化生产规模上进行水针或冻干制剂产品生产。
- 药物生产
- 药物cGMP填充和完成
- 检测
$我们在工艺过程检测、产品表征、放行检测及稳定性方法的开发与检测方面具备深厚的专业能力,既可作为一体化生物药开发平台的支持服务提供,也可作为独立项目开展。我们覆盖广泛的分析检测与生物安全检测卓越中心,以及经监管机构批准的质量控制(QC)实验室,是我们为客户提供各项服务的核心支撑。
- 生物药安全检测
$我们拥有符合 EMA、ISO (CNAS) 及 CMA 认证的高质量自有生物安全检测设施,能够为原材料、细胞株及未加工原液提供外源因子筛查,并结合卓越的病毒清除验证能力,为客户提供一站式生物安全检测服务解决方案。
生物药安全检测
我们拥有符合 EMA、ISO (CNAS) 及 CMA 认证的高质量自有生物安全检测设施,能够为原材料、细胞株及未加工原液提供外源因子筛查,并结合卓越的病毒清除验证能力,为客户提供一站式生物安全检测服务解决方案。
- 分析检测
$凭借全方位的检测开发与分析测试能力,我们助力药物研发的全生命周期——从关键表征研究到支持 IND/BLA 申报的各项试验,包括专业的生物分析与法医鉴定。我们致力于为您独特的产品需求提供量身定制的定制化方案。
分析检测
凭借全方位的检测开发与分析测试能力,我们助力药物研发的全生命周期——从关键表征研究到支持 IND/BLA 申报的各项试验,包括专业的生物分析与法医鉴定。我们致力于为您独特的产品需求提供量身定制的定制化方案。
- 卓越中心
$我们的卓越中心(CoE)在产品全生命周期内提供专业的检测支持,旨在加速项目进程,并确保项目在商业化阶段具备完善的分析就绪能力。
卓越中心
我们的卓越中心(CoE)在产品全生命周期内提供专业的检测支持,旨在加速项目进程,并确保项目在商业化阶段具备完善的分析就绪能力。
- 质量标准
- 质量管理
$我们拥有世界一流的质量体系,并在全球各生产基地实现统一标准化管理。我们的质量体系已通过包括美国 FDA、欧洲 EMA、中国 NMPA、日本 PMDA、韩国 MFDS、新加坡 HSA、巴西 ANVISA 及加拿大卫生部(Health Canada)在内的多家全球监管机构认证,支持多种生物药品的生产与检测。
- 全球质量合规部(GQC)
$我们的全球质量与合规团队统筹审计、IT 质量及风险管控,将合规意识贯彻至每一个环节。这确保了我们交付的每一件生物制品都拥有卓越的安全性与疗效,并在执行标准上与您的要求高度对齐。
全球质量合规部(GQC)
我们的全球质量与合规团队统筹审计、IT 质量及风险管控,将合规意识贯彻至每一个环节。这确保了我们交付的每一件生物制品都拥有卓越的安全性与疗效,并在执行标准上与您的要求高度对齐。
- 质量保证
$全球合规体系、全员质量承诺。依托全球生产基地统一的 QA 标准,我们为生物药及疫苗的商业化生产提供稳定、可靠、符合国际主流监管要求的质量支撑。
质量保证
全球合规体系、全员质量承诺。依托全球生产基地统一的 QA 标准,我们为生物药及疫苗的商业化生产提供稳定、可靠、符合国际主流监管要求的质量支撑。
- 质量控制
$我们拥有符合法规要求的自有 QC 实验室,为所有临床及商业化 GMP 生产基地提供全流程支持。我们不仅确保生产前后的产品高质量检测,更对环境监测、清洗验证、仪器生命周期管理、样品/留样管理及审计等关键职能进行全面监督。
质量控制
我们拥有符合法规要求的自有 QC 实验室,为所有临床及商业化 GMP 生产基地提供全流程支持。我们不仅确保生产前后的产品高质量检测,更对环境监测、清洗验证、仪器生命周期管理、样品/留样管理及审计等关键职能进行全面监督。
- 法规事务
$依托深厚的法规专业积淀,我们为客户提供从 CMC 申报资料、药物递交到药物注册的全方位支持。自 2015 年起,我们已成功支持全球客户申报超过550 余项 IND、CTA、BLA、MAA、NDA 及 EUA 申报,完成200 多个 Module 3 CMC 申报件。
法规事务
依托深厚的法规专业积淀,我们为客户提供从 CMC 申报资料、药物递交到药物注册的全方位支持。自 2015 年起,我们已成功支持全球客户申报超过550 余项 IND、CTA、BLA、MAA、NDA 及 EUA 申报,完成200 多个 Module 3 CMC 申报件。
- 技术平台
- 发现
$药明生物提供了先进全面的抗体发现服务,用于创新型抗体的发现、鉴定和筛选提供全方位的服务。
- WuXiBody ® 双特异性抗体平台
$WuXiBody ® 平台是药明生物开发的一个创新的、专有的技术平台,用于扩大双特异性抗体应用范围。基于最新的工程设计,该平台可以加快6-18个月的研发进程,大幅度降低产品的成本。
WuXiBody ® 双特异性抗体平台
WuXiBody ® 平台是药明生物开发的一个创新的、专有的技术平台,用于扩大双特异性抗体应用范围。基于最新的工程设计,该平台可以加快6-18个月的研发进程,大幅度降低产品的成本。
- WuXiHYbrid™ 杂交瘤单克隆抗体研发平台
$WuXiHYbrid™ 是国内领先、世界一流杂交瘤抗体研发平台,突破性提高了抗体新药研发的质量和速度,已为国内外50+客户成功交付超过200个高质量的单克隆抗体研发项目。
WuXiHYbrid™ 杂交瘤单克隆抗体研发平台
WuXiHYbrid™ 是国内领先、世界一流杂交瘤抗体研发平台,突破性提高了抗体新药研发的质量和速度,已为国内外50+客户成功交付超过200个高质量的单克隆抗体研发项目。
- WuXiLiAb™ 噬菌体展示人抗体库
$全人天然抗体库选取60个健康供体, 总数大于6x10e9 的PBMC或CBMC, 每个供体都单独建库并系统QC,保证了文库的高质量和多样性。
WuXiLiAb™ 噬菌体展示人抗体库
全人天然抗体库选取60个健康供体, 总数大于6x10e9 的PBMC或CBMC, 每个供体都单独建库并系统QC,保证了文库的高质量和多样性。
- 开发
$前沿的生物工艺平台与技术,旨在以更快的速度、更高的效率和更具成本效益的方式,推动高质量生物制剂进入临床试验阶段。
- WuXian™ 定制化蛋白生产服务
$依托药明生物行业领先的高通量高表达、纯化和分析技术,提供各类蛋白生产服务,其中包括抗体、双抗、酶和重组蛋白表达。
WuXian™ 定制化蛋白生产服务
依托药明生物行业领先的高通量高表达、纯化和分析技术,提供各类蛋白生产服务,其中包括抗体、双抗、酶和重组蛋白表达。
- WuXia™ 细胞株构建
$药明生物为多种生物治疗药物提供全面的哺乳动物细胞系开发服务,从客户提供的DNA或蛋白质序列开始,到交付出高产量、高产品质量且稳定的单克隆结束。
WuXia™ 细胞株构建
药明生物为多种生物治疗药物提供全面的哺乳动物细胞系开发服务,从客户提供的DNA或蛋白质序列开始,到交付出高产量、高产品质量且稳定的单克隆结束。
- WuXiUPTM 超高效连续细胞培养生产平台
$WuXiUPTM 平台是强化型的灌流工艺,提供高产量,高质量的新一代生物药制造解决方案,灵活性高,成本低。
WuXiUPTM 超高效连续细胞培养生产平台
WuXiUPTM 平台是强化型的灌流工艺,提供高产量,高质量的新一代生物药制造解决方案,灵活性高,成本低。
- WuXiDARx™偶联技术平台
$药明合联研发了WuXiDARx™技术*,一种基于抗体天然半胱氨酸残基的偶联方式,为生物偶联药管线开发提供了更高的灵活性。
WuXiDARx™偶联技术平台
药明合联研发了WuXiDARx™技术*,一种基于抗体天然半胱氨酸残基的偶联方式,为生物偶联药管线开发提供了更高的灵活性。
- 生产
$先进的生物制造平台赋能全球医疗合作伙伴,助力生物药快速迈向临床并成功上市,造福全球患者。
- 一次性生物反应器
$我们运营着全球规模领先的数个一次性生物反应器生产基地。依托一次性使用系统在降低风险、生产灵活性、成本效益及环境友好性方面的卓越优势,为客户提供高效的生物药生产保障。
一次性生物反应器
我们运营着全球规模领先的数个一次性生物反应器生产基地。依托一次性使用系统在降低风险、生产灵活性、成本效益及环境友好性方面的卓越优势,为客户提供高效的生物药生产保障。
- Scale-Out生物药生产
$通过使用多个同等规模的反应器进行并联生产,我们能有效降低工艺放大风险,为您在临床至上市的各阶段提供极高的生产弹性,确保稳定供应。
Scale-Out生物药生产
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监管机构资讯
2019Q1 Regulatory NewsletterQ1 Regulatory NewsletterWuXi Biologics Regulatory Updates
Quarter 1 – 2019
Purpose & Disclaimer: The intent of this update is to provide the global regulatory agencies’ updates and new or revised documents during the period stated here. The items listed should neither be considered comprehensive nor exhaustive of all updates from the regulatory agencies but as such, the list contains items that the WuXi Biologics’ Regulatory Affairs team deems relevant to our potential or existing clients and partners developing biological therapeutics and vaccines. Therefore, this update is for information purposes only and is provided “as is” without any warranty, expressed or implied, as to the completeness or accuracy of the contents or its use or fitness for a particular purpose. Without limiting the generality of the foregoing, the document and information contained therein should not be construed as regulatory advice or representing, speaking or acting for any regulatory agency. The information is provided to support your efforts to remain informed and should not be used as a substitute for your own regulatory due diligence or actions.
FDA

Rare Diseases: Common Issues in Drug Development Guidance for Industry (Posted: February 2019)
This guidance revises and replaces the draft guidance document Rare Diseases: Common Issues in Drug Development Guidance for Industry issued in August 2015. Revisions made from the previous version include additional information on changes to drug substance or manufacturing process with clarification on areas of flexibility. A summary of changes include:
- The agency encourages sponsors to discuss pharmaceutical quality development plans in early-phase development, including during the pre-IND meeting with the agency, and throughout drug development to decrease the potential for development or approval delays related to drug manufacturing.
- It is recommended that CMC changes be carefully assessed at every phase of development. These assessments might include both nonclinical studies and clinical trials. Assessment studies should be conducted with each change, and could inform whether nonclinical and clinical bridging studies will be needed. To minimize possible delays in development, manufacturing changes should be made as early as feasible.
- U.S. FDA may exercise some flexibility on certain components expected at the time of submission and approval (e.g., stability updates, validation strategies, inspection planning, manufacturing scale-up). U.S. FDA can explore the level of flexibility on a case-by-case basis after considering factors such as the following: (1) product characteristics, (2) seriousness of the condition and medical need, (3) manufacturing processes, (4) the robustness of the sponsor’s quality system, and (5) the strength of the sponsor’s risk-based quality assessment.
Draft guidance on CDER’s Program for the Recognition of Voluntary Consensus Standards Related to Pharmaceutical Quality Guidance for Industry (Posted: February 2019)
- The purpose of this program as outlined in the draft guidance is to use the Agency’s expertise to evaluate and informally recognize voluntary consensus standards related to pharmaceutical quality for products under CDER’s jurisdiction.
- This process will allow CDER to receive a candidate voluntary consensus standard (candidates in the past have included standards related too but not limited too: dosage forms, testing methodologies, manufacturing practices, product standards, scientific protocols, compliance criteria, ingredient specifications, labeling criteria), evaluate and determine whether to informally recognize it and list the informally recognized standard in a searchable database on CDER’s website. An information sheet should accompany every recognized standard.
- CDER’s Pharmaceutical Quality Standards Working Group (PQSWG) will take public comments of this draft guidance and develop an internal standards development process for informally recognizing a standard. The process will be documented in a publicly available Manual of Policies and Procedures (MAPP).
- For pharmaceutical industry, use of an informally recognized standard has the potential to streamline the compilation and review of marketing applications for products that are under CDER’s jurisdiction. Because CDER would have already evaluated the validity of a particular standard, the Agency would be able to focus on the output of that standard (e.g., the attribute evaluated by the standard).
Draft guidance for industry on Quality Considerations for Continuous Manufacturing (Posted: February 2019)
This draft guidance provides information regarding U.S. FDA’s current thinking on the quality considerations for continuous manufacturing of small molecule, solid oral drug products.
- U.S. FDA supports the development and implementation of continuous manufacturing for drug substances and all finished dosage forms, including those submitted in NDAs, ANDAs, DMFs, BLAs, and OTC products. Scientific principles described in this guidance may be applicable to continuous manufacturing technologies used for these classes of drugs.
- However, this guidance is not intended to provide recommendations specific to continuous manufacturing technologies used for biological products under a BLA.
Draft Guidance Document: Nonproprietary Naming of Biological Products: Update Guidance for Industry (Posted: March 2019)
A few summary points on this draft guidance include:
- U.S. FDA is reconsidering whether vaccines should be within the scope of the naming convention.
- U.S. FDA considered two approaches to the format of the suffix for interchangeable products:
- A unique suffix that distinguishes an interchangeable product from other products sharing the same core name, or
- A suffix shared with the reference product.
- Manual of Policies and Procedures (MAPP) 6720.5 Procedures for Handling Requests for Nonproprietary Name SuffixReview for Biological Products Newly Licensed Under Section 351 of the PHS Act was issued to describe procedures for handling requests for nonproprietary name suffix review for INDs and BLAs for originator biological products, related biological products, and biosimilar products to be used in the CDER. This MAPP will be revised to reflect the changes once the guidance is finalized.
Guidance Agenda – New & Revised Draft Guidances CDER Plans to Publish during Calendar Year 2019 (Posted: March 2019)
CDER (Center for Drug Evaluation and Research) has issued its guidance agenda for new and revised draft guidances it plans to publish for calendar year 2019. Guidances of different categories related to biological products or the type of work and services that WuXi Biologics performs for its clients and partners are listed below. Guidances listed in bold style are already published and are included in this newsletter.
- Pharmaceutical Quality/CMC:
- CDER’s Program for the Recognition of Voluntary Consensus Standards
- Quality Considerations for Continuous Manufacturing (CM)
- Risk Management Plans for Drug Manufacturers
- Inspection of Injectable Products for Visible Particulates
- Setting Endotoxin Limits During Development of Investigational Oncology Drugs and Biologics
- Stability Considerations for NDAs, ANDAs and BLAs
- Biosimilars:
- Comparative Analytical Assessment to Support a Demonstration of Biosimilarity to a Therapeutic Protein Product
- Rare Disease:
- Common Issues in Drug Development
- Procedural:
- Implementation of the “Deemed to be a License” Provision of the BPCI Act: Questions and Answers
- Electronic Submissions:
- Providing Regulatory Submissions in Electronic Format – Certain Human Pharmaceutical Product Applications and Related Submissions Using the eCTD
- Establishment Registration and Drug Listing
- Providing Regulatory Submissions in Electronic Format: IND Safety Reports
OPQ’s Public Annual Report (January 2019)
EMA

Regulation (EU) 2019/5 of the European Parliament and of the Council of 11 December 2018 (Posted: January 2019)
This regulation is to amend Regulation (EC) No 726/2004, Regulation (EC) No 1901/2006 and Directive 2001/83/EC. The major amendments are listed as below. For more details of the revisions for Regulation (EC) No 726/2004, please refer to the consolidated version of Regulation (EC) No 726/2004. Some of the key highlights of the regulation include:
- Amendments to Regulation (EC) No 726/2004 forming European Union procedures for the authorization and supervision of medicinal products for human and veterinary use and establishing a European Medicines Agency:
- The word ‘Community’ is replaced by the word ‘Union’.
- Article 14-a and Article 20a: For unmet medical needs, conditional marketing authorization may be granted prior to the submission of comprehensive clinical data. Failure to comply with the Marketing Authorization Applications (MAA) obligation can result in suspension or revocation of the MAA.
- Article 16a and 16b: Variations shall be classified and reported properly. The transfer to a new Marketing Authorization Holder (MAH) is not considered to be a variation. Appropriate submissions are needed.
- Article 84a: The Commission may impose financial penalties on a MAH if it fails to comply with any of the obligations of the MAA.
- Amendments to Directive 2001/83/EC on the Community code relating to medicinal products for human use:
- Article 1, 23b: Variation-related articles are updated according to the amendments to Regulation (EC) No 726/2004.
- Regulation (EC) No 1901/2006 on medicinal products for pediatric use:
- Article 49: Penalty-related content is updated according to the amendments to Regulation (EC) No 726/2004.
European Medicines Agency Pre-authorisation Procedural Advice for Users of the Centralised Procedure: Document with Tracked Changes (Updated: February 2019)
A subset of the EMA provided updates within this document is provided below:
- 3.4.1: Applicants should provide declaration in the cover letter where they confirm that the detailed information in relation to the manufacturing sites contained in Module 3 (sections 3.2.P.3.1 and 3.2.S.2.1) is correct in terms of names, addresses and manufacturing activities and that this information is consistent throughout the dossier, in particular with the corresponding information contained in Module 1.
- 3.4.1: Should discrepancies be found after the start of procedures, EMA will rely on the information in the electronic application form for registered manufacturing sites and applicants will have to take the next opportunity to bring Module 3 in line with the application form.
- 4.3: The Agency has made the checklist of the regulatory and administrative content validation available to applicants (Dossier administrative validation checklist) to facilitate initial marketing authorization applications. The list is not exhaustive; however, it will provide an indication of issues that may be raised during validation. It is recommended to include a completed validation checklist in your application among the ‘working documents’ of the submission.
Guideline on the Sterilisation of the Medicinal Product, Active Substance, Excipient and Primary Container (Posted: March 2019)
It is anticipated that this guidance will come into effect by October 1, 2019. Some of the highlights include:
- Guidance is provided on the selection of appropriate methods of sterilization for sterile products. Terminal sterilization (e.g. terminal sterilization by steam, dry heat and ionizing irradiation) using the most appropriate reference condition listed in the European Pharmacopeia (Ph. Eur.) for your product/process is the method of choice whenever possible. See 5.1.1 “Methods of preparation of sterile products” and other conditions stated in that monograph.
- This guideline provides information on when other terminal sterilization processes, sterilizing filtration or aseptic processing, (either alone or when combined with an additional post-aseptic processing terminal heat treatment), could be accepted as an alternative.
- The guideline applies to chemical and biological medicinal products for human and veterinary use, including sterile finished products, sterile active substances, sterile excipients and sterile primary containers in a new Marketing Authorization Application (MAA) or a variation application for a medicinal product.
20 Years of Sampling and Testing Programme for Medicines Authorised for the EU (Posted: March 2019)
The updates are summarized below:
- EMA supervises the quality of the centrally authorized medicines available on the European market through its yearly sampling and testing program. The main objective is to check the compliance with the authorized specifications.
- The program will be expanded from 2019 to include testing of biosimilar medicines and testing of centrally authorized products (CAPs) from parallel distribution chains to verify their authenticity.
- The selection of medicines for sampling and testing follows a risk-based approach and considers specific criteria such as products with a narrow therapeutic range, complex manufacturing process, poor stability or a high exposure, as well as the pharmaceutical forms and patient profiles.
- Human vaccines and plasma-derived medicinal products are excluded from this program.
Human Medicines: Highlights of 2018 (January 2019)
This update is an overview of key EMA recommendations from 2018. A few notes from this overview include:
- 84 medicines were submitted for marketing authorization.
- Among them, 42 had a new active substance which has never been authorized in the EU prior to 2018.
Two Additional Countries to Benefit from EU-US Mutual Recognition Agreement for Inspections (February 2019)
EU and Switzerland to Improve Information-Sharing on Good Manufacturing Practice Through Use of the EudraGMDP Database (February 2019)
European Medicines Agency Post-authorisation Procedural Advice for Users of the Centralised Procedure – (Track Changes) (Updated: February 2019)
European Medicines Agency Procedural Advice for Users of the Centralised Procedure for Similar Biological Medicinal Product Applications (Track Changes) (Updated: February 2019)
National Registers of Authorised Medicines (February 2019)
Electronic Product Information for Human Medicines in the European Union – Draft Key Principles (January 2019)
Product-Information Requirements (Updated: January 2019)
Procedural Update on Submission of Type I Variations to EMA in March, April and May 2019 (February 2019)
EU Adopted ICH Q3D(R1) on Elemental Impurities, Effective from March 29, 2019 (March 2019)
Regulatory Information – Adjusted Fees for Applications to EMA from 1 April 2019 (March 2019)
PIC/S

PIC/S Guidance on Classification of GMP Deficiencies (PI 040-1) Posted: January 2019
- This guidance came into effect from January 1, 2019. It is intended to provide a tool to support the risk based classification of GMP deficiencies from inspections and to establish consistency amongst inspectors.
- This guidance also provides examples of the classification of different types of deficiencies, including “Critical”, “Major”, and “Other.”
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