Drugdu.com expert’s response: Conducting clinical evaluation of medical devices is a critical step to ensure their safety, efficacy, and compliance with regulatory requirements. It must be carried out in accordance with regulations such as the Regulations on the Supervision and Administration of Medical Devices and the Technical Guidelines for Clinical Evaluation of Medical Devices, while selecting an appropriate pathway and implementing it systematically based on the characteristics of the product. Here are the specific steps and key points: I. Clarify the Clinical Evaluation Pathway Select one of the following three pathways based on the risk level and maturity of the medical device: 1. Products Listed in the Catalog Exempt from Clinical Evaluation Applicability: Low-risk products with mature technologies (e.g., some Class I and Class II devices). Requirements: Confirm that the product is fully consistent with the description in the catalog, including structural composition, performance, and intended use. Submission: Submit a declaration without additional ...
Drugdu.com expert’s response: The reasons for the rise in innovative drugs are mainly as follows: Policy Support Establishment of a Systematic Support System: The “Full-Chain Support Plan for the Development of Innovative Drugs” introduced in 2024 has constructed a systematic support system for the innovative drug industry, covering the entire process from R&D to commercialization. It highlights the synergistic effects of the three core areas: pricing mechanisms, medical insurance payments, and commercial insurance, ensuring that innovative drug companies can make profits from selling drugs, accelerating the speed at which innovative drugs are included in medical insurance lists, and shortening the post-launch market ramp-up period. Advancement of Priority Review and Approval Policies: For instance, on May 29, 2025, 11 innovative drugs (including 7 Class 1 innovative drugs) were approved in a single day, setting a new high for the same period in the past five years and underscoring the direct boost ...
Drugdu.com expert’s response: Operating Class I medical devices does not require filing. This conclusion is primarily based on the following points of evidence and explanations: I. Classification Management of Medical Devices According to the “Regulations on the Supervision and Administration of Medical Devices” and related regulations, medical devices are classified into Class I, Class II, and Class III based on their risk levels, from low to high. Different categories of medical devices have varying management requirements in terms of operation and production. Class I medical devices: These are medical devices with a low risk level, and their safety and effectiveness can be ensured through routine management. These devices typically have simple structures and are easy to operate, such as surgical knives, surgical scissors, gauze bandages, and other basic medical supplies. Class II medical devices: These are medical devices with a moderate risk level that require strict control management to ensure ...
Drugdu.com expert’s response: I. Application Requirements 1. Basic Requirements Possess production facilities, environmental conditions, manufacturing equipment, and qualified technical personnel suitable for the medical devices to be produced. Establish a quality inspection department staffed with full-time inspectors and equipped with necessary testing instruments. Develop and implement a quality management system covering production, quality control, and technical documentation to ensure medical device quality. Demonstrate after-sales service capabilities appropriate for the medical devices produced. 2. Personnel Requirements Production, quality, and technical managers must possess professional expertise relevant to the medical devices produced and be familiar with applicable regulations and technical standards. The quality manager shall not concurrently serve as the production manager. The proportion of technical personnel with junior professional titles (or above) or secondary vocational education (or higher) within the enterprise must meet product-specific requirements. For Class III medical device manufacturers, at least two internal auditors compliant with quality management system ...
Drugdu.com expert’s response: A series of documents are required to be submitted for the registration of Class II medical devices in China to ensure the safety, effectiveness, and compliance of the products. The general requirements are as follows: Application Form Fill out and submit the “Application Form for Domestic Medical Device Registration,” which must include a unified approval code. Corporate Qualification Documents A copy of the business license, ensuring that the applied-for product falls within the production or business scope approved by the business license. A copy of the organizational code certificate (if applicable). Medical device manufacturing license (if production is involved). Product Technical Documents Product Technical Requirements: Compiled in accordance with relevant standards, including technical indicators, performance requirements, testing methods, etc. Product Drawings, Structural and Composition Descriptions, and Product Photos: Provide clear visual representations and descriptions of the product. Detailed Technical Documents: Such as product design drawings, production processes, ...
Drugdu.com expert’s response: The steps for FDA application can be summarized into the following core stages, taking into account the commonalities and differences among product types (food, drugs, medical devices, etc.). The specific process is as follows: I. Preliminary Preparation: Clarify Product Classification and Regulatory Requirements 1. Determine Product Classification Food: Classified into general food, special food (e.g., infant food), dietary supplements, etc. Some require FCE/SID registration (e.g., low-acid canned food). Drugs: Classified into new drugs (NDA), generic drugs (ANDA), biological products (BLA), etc., with different application paths for each category. Medical Devices: Classified into Class I (low risk), Class II (medium risk), and Class III (high risk) based on risk level, determining the application type (e.g., 510(k), PMA). 2. Confirm Regulatory and Standard Requirements Comply with regulations such as the Federal Food, Drug, and Cosmetic Act (FDCA) and the Medical Device Amendments. Reference international standards (e.g., ISO 13485, IEC ...
Drugdu.com expert’s response: Differences in Registration Application Requirements for In Vitro Diagnostic (IVD) Medical Devices between China and the European Union The differences in registration application requirements for IVD medical devices between China and the European Union are mainly reflected in classification rules, conformity assessment paths, technical documentation requirements, quality management systems, clinical evaluations, and post-market surveillance and traceability. Here is a detailed introduction: I. Classification Rules China: Based on risk, IVD products are classified into Class I, II, and III. The classification rules are relatively clear, with reference to the detailed “Classification Catalog of In Vitro Diagnostic Reagents.” European Union (IVDR): Based on risk, IVD products are classified into Class A, B, C, and D (with risk increasing from low to high). The classification rules are more refined and stricter, following the rules in Annex VIII. A key change under the IVDR is that a large number of products ...
Drugdu.com expert’s response: To efficiently conduct stability studies of in vitro diagnostic reagents within the framework of the EU’s In Vitro Diagnostic Regulation (IVDR), it is essential to systematically advance from five perspectives: regulatory compliance, study design, implementation and execution, data management and analysis, and continuous improvement. The specifics are as follows: 1. Regulatory Compliance: Precisely Align with IVDR Requirements Core Regulations and Guidelines: IVDR Regulation: As the cornerstone of EU regulations for in vitro diagnostic reagents, IVDR specifies the fundamental requirements for stability studies, including study objectives, types, and data submission. EN ISO 23640:2015: This standard provides detailed guidelines for the stability evaluation of in vitro diagnostic reagents, covering experimental design, evaluation procedures, and reporting requirements, serving as a crucial reference for stability studies. CLSI EP25-A: Targeting quantitative/qualitative reagents, CLSI EP25-A encompasses the design of stability testing plans, data analysis, transportation assessment, and the application of accelerated testing, offering specific ...
Drugdu.com expert’s response: Process and Required Materials for Applying for a Medical Device Operating License I. Application Process Online Application (1-2 Days) Log in to the “Food and Drug Regulatory Information Platform” of the National Medical Products Administration (NMPA) to submit the application. Register an enterprise account in advance, and clearly indicate “Third-Class Medical Device Operation” in the business scope. Material Preparation (7-15 Days) Core materials include: Enterprise business license副本 (copy, must include medical device business scope); Identity certificates and academic/professional qualification certificates (in medical-related fields) of the legal representative and quality manager; Property ownership certificate or lease contract for the business premises (warehouse area for third-class devices ≥ 15㎡); Medical device product registration certificates, manufacturer authorization letters, and business licenses; Quality management system documents (templates for 11 systems including procurement, acceptance, and warehousing). Tips to Avoid Pitfalls: Materials must be stamped with the official seal, and electronic document naming ...
Organiser:Reed Exhibitions Time:May 20 – 22, 2026 Address:3-21-1 Ariake, Koto-ku, Tokyo 135-0063, Japan Exhibition hall:Tokyo Big Sight International Exhibition Center Product range: General Exhibition Area: Products related to cell biology, drug research, various equipment, consumables, reagents, products related to biological omics, biological imaging equipment, software, databases, biological resources, biological materials, biological industry clusters, investment, industrial upgrading, etc. Regenerative Medicine Research Exhibition Area: Cell culture, cell production products/services, regenerative medicine, cellular medicine, etc. Contract Services Exhibition Area: Contract research and development, testing, analysis, contract expression, synthesis, refinement, clinical research CMO, CRO, SMO, technology transfer TLO, IP consulting, etc. Precision Processing Exhibition Area: Precision/fine processing technologies, microfluidics (microTAS, Bio MEMS, biochips, biosensors), microchannels, microsystems, etc. About PharmaLab Japan: PharmaLab Japan is one of Asia’s leading pharmaceutical laboratory exhibitions. The highly anticipated 250 conference/seminar events will provide attendees with the best venue to learn about life sciences knowledge. As a comprehensive biotechnology ...
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