1.Introduction
2.API sourcing
3.API sourcing in other Countries
4.Regulatory filing
5.DMFs
6.Regulatory Guideline for API
7. Compression study of active pharmaceutical ingredients in different countries
8.Filling issue
This document provides an overview of preformulation studies for drug development. It discusses the importance of characterizing key physicochemical properties of drug substances such as solubility, ionization constants, melting point, and polymorphism. It also covers the role of excipients and how drug-excipient interactions can impact stability. The document concludes with sections on stability studies, factors that influence stability, and guidelines for stability testing procedures and frequencies.
SEMINAR ON categories of patients of personalized medicine.pptxPawanDhamala1
This document summarizes categories of patients that can benefit from personalized medicine approaches for several conditions. It discusses how personalized medicine can help patients with depression by identifying characteristics that predict treatment responses. For asthma, it notes how genetics studies are helping determine best treatments. It also outlines how genetic information may guide risk prediction and treatment for cardiac arrhythmias. The document then briefly discusses the potential for personalized treatments for migraine, arthritis, and cancer based on patient biomarkers and genetics.
Theories of dispersion, pharmaceutical dispersion (Emulsion and suspension).pptxDipeshGamare
In this presentation Theories of dispersion, pharmaceutical dispersion (Emulsion and suspension) with their mechanism, methods of preparation and stability studies are mentioned.
Investigational medical product dossierSachinFartade
Investigational medical product dossier is document made to apply for clinical trial application in European Union. European Medical Agency is regulatory body for drug approval in European Union.
The Hatch-Waxman Act established an abbreviated approval pathway for generic drugs that relies on the safety and efficacy evidence of the branded reference drug. It aims to balance incentives for innovation and generic competition. The Act created ANDAs that allow generics to enter the market after patents and exclusivities expire. It also provides the branded drug up to 30 months to litigate patents against Paragraph IV ANDA challenges and restores some patent term lost during regulatory review.
This document summarizes the Hatch-Waxman Act, which established the modern system for regulating generic drugs in the US. The Act aims to make generic drugs more accessible by streamlining the approval process for generics while also providing incentives to brand name drug companies. It allows generics to challenge drug patents and grants exclusivity periods to first generic applicants and brand name drugs for new chemical entities. The Orange Book lists approved drug products and related patent information.
Investigation of medicinal product dossier (IMPD)Himal Barakoti
The document discusses the Investigational Medicinal Product Dossier (IMPD) which contains detailed information on the quality, manufacture, and control of investigational medicinal products tested in clinical trials within the European Union. The IMPD is submitted as part of clinical trial authorization applications to regulatory authorities. It includes summaries of non-clinical and clinical data and a risk-benefit assessment. The IMPD requirements are harmonized across EU member states under regulations established by the European Medicines Agency to facilitate multinational clinical trials.
This document provides an overview of preformulation studies for drug development. It discusses the importance of characterizing key physicochemical properties of drug substances such as solubility, ionization constants, melting point, and polymorphism. It also covers the role of excipients and how drug-excipient interactions can impact stability. The document concludes with sections on stability studies, factors that influence stability, and guidelines for stability testing procedures and frequencies.
SEMINAR ON categories of patients of personalized medicine.pptxPawanDhamala1
This document summarizes categories of patients that can benefit from personalized medicine approaches for several conditions. It discusses how personalized medicine can help patients with depression by identifying characteristics that predict treatment responses. For asthma, it notes how genetics studies are helping determine best treatments. It also outlines how genetic information may guide risk prediction and treatment for cardiac arrhythmias. The document then briefly discusses the potential for personalized treatments for migraine, arthritis, and cancer based on patient biomarkers and genetics.
Theories of dispersion, pharmaceutical dispersion (Emulsion and suspension).pptxDipeshGamare
In this presentation Theories of dispersion, pharmaceutical dispersion (Emulsion and suspension) with their mechanism, methods of preparation and stability studies are mentioned.
Investigational medical product dossierSachinFartade
Investigational medical product dossier is document made to apply for clinical trial application in European Union. European Medical Agency is regulatory body for drug approval in European Union.
The Hatch-Waxman Act established an abbreviated approval pathway for generic drugs that relies on the safety and efficacy evidence of the branded reference drug. It aims to balance incentives for innovation and generic competition. The Act created ANDAs that allow generics to enter the market after patents and exclusivities expire. It also provides the branded drug up to 30 months to litigate patents against Paragraph IV ANDA challenges and restores some patent term lost during regulatory review.
This document summarizes the Hatch-Waxman Act, which established the modern system for regulating generic drugs in the US. The Act aims to make generic drugs more accessible by streamlining the approval process for generics while also providing incentives to brand name drug companies. It allows generics to challenge drug patents and grants exclusivity periods to first generic applicants and brand name drugs for new chemical entities. The Orange Book lists approved drug products and related patent information.
Investigation of medicinal product dossier (IMPD)Himal Barakoti
The document discusses the Investigational Medicinal Product Dossier (IMPD) which contains detailed information on the quality, manufacture, and control of investigational medicinal products tested in clinical trials within the European Union. The IMPD is submitted as part of clinical trial authorization applications to regulatory authorities. It includes summaries of non-clinical and clinical data and a risk-benefit assessment. The IMPD requirements are harmonized across EU member states under regulations established by the European Medicines Agency to facilitate multinational clinical trials.
This document discusses post-approval regulatory affairs for drugs and medical devices. It explains that the FDA may require post-approval studies to ensure continued safety and effectiveness of approved products. Sponsors must comply with post-approval requirements or approval can be withdrawn. Post-approval changes are categorized as major, moderate, or minor depending on their potential effect. Major changes generally require prior approval from the FDA, while moderate changes require notification 30 days before distribution. Minor changes are reported annually. The document provides recommendations for common post-approval changes including components, manufacturing sites, processes, specifications, packaging, and labeling.
The document discusses drug product performance evaluation through in vitro dissolution testing. It provides details on factors that influence drug dissolution like drug substance properties, formulation composition, manufacturing process, and dissolution test conditions. The key goals of in vitro drug product testing are to characterize drug potency and release rate from oral dosage forms, provide information for formulation development, and ensure quality, comparability and stability over time. Common tests include disintegration testing and dissolution testing using apparatus specified in pharmacopeias to simulate gastrointestinal conditions. The results of in vitro testing aid product development and assessment of shelf-life and quality.
This document discusses mechanical and pH activated drug delivery systems. Mechanical systems include metered dose inhalers, dry powder inhalers, and nebulizers which deliver drugs through physical activation. pH activated systems target drug delivery based on pH ranges in different body regions. They are classified as hydrogels, nanoparticles, microspheres, and microgels which protect drugs from gastric conditions and release them in the intestines based on pH changes. The advantages are site-specific delivery and protection of drugs, while disadvantages include non-biodegradability of polymers and lack of specificity between similar pH regions.
Hippa new requirement to clinical study processesKavya S
The document discusses the Health Insurance Portability and Accountability Act (HIPAA) and its implications for clinical research. HIPAA establishes privacy rules to protect patients' protected health information (PHI). It requires authorization from patients for disclosure of PHI for research purposes. Institutional review boards can grant waivers allowing use of PHI without individual authorization. Researchers must comply with HIPAA requirements regarding accounting for and reporting on disclosures of PHI. Covered entities like physicians can disclose limited PHI to researchers but must protect PHI provided.
Regulatory requirements of eu & mhra trilokTrilok Shahare
The document summarizes the regulatory requirements of the European Union (EU) and the UK Medicines and Healthcare products Regulatory Agency (MHRA). The EU established the European Medicines Agency (EMA) which is responsible for scientific evaluation and safety monitoring of medicines. EMA grants marketing authorization after assessment and plays an important role in regulating medicines across EU. The MHRA regulates medicines and medical devices in the UK to ensure safety, quality and efficacy. It oversees clinical trials, manufacturing licensing, and post-marketing surveillance.
This document discusses excipients and their role in drug formulations. It notes that excipients are ingredients other than the active pharmaceutical ingredient that are used to formulate dosage forms. Excipients can act as protective agents, bulking agents, and can improve drug bioavailability. The document then lists common types of excipients and potential interactions between drugs and excipients, such as physical, chemical, biopharmaceutical, and excipient-excipient interactions. It describes several analytical techniques used to detect drug-excipient interactions, including DSC, accelerated stability studies, FT-IR, DRS, chromatography methods, and others.
This presentation is regarding the rules in hipaa that are implemented by HHS followed by information regarding PHI(protected health information) and MNS(minimum necessary standards)in hipaa ; and how hipaa regulations followed during clinical trials
The document discusses various aspects of interacting with the FDA, including their missions, divisions, and processes for industry communication and drug approval. It outlines the FDA's roles in inspections, legal sanctions, scientific expertise, and product safety. It also describes methods for industry liaisons such as meetings, advisory committees, and Freedom of Information Act requests. The goal is to provide knowledge on planning effective interactions and navigating the drug approval process.
This document discusses single shot vaccines that can provide protection against multiple diseases with only one injection. It describes how single shot vaccines work by combining an antigen, adjuvant, and microsphere component that encapsulates and slowly releases the antigen. Key factors in developing these vaccines include controlling particle size, optimizing encapsulation efficiency, and regulating antigen release from the biodegradable microspheres. Single shot vaccines offer advantages like improved patient compliance and lower costs compared to traditional multi-dose vaccines.
This document provides an overview of pharmaceutical validation and calibration processes. It discusses the objectives of validation which include reducing regulatory risks and defects. The scope of validation covers analytical, facilities, manufacturing, product design, cleaning, instrumentation, utilities, materials and equipment. A validation master plan outlines the validation strategy and includes qualification methods, personnel responsibilities, schedules, documentation and change control. Similarly, a calibration master plan ensures equipment is routinely calibrated against reference standards to ensure proper performance and measurement traceability.
The document discusses the effects of friction, distribution of forces, compaction profiles, and solubility in pharmaceutical tableting. It describes the various forces involved including frictional, distributional, radial, and ejection forces. It explains how friction affects particle rearrangement and die wall movement. It discusses how forces are distributed and measured, including average and geometric mean forces. It outlines compression and decompression phases in compaction profiles and how they are analyzed. It also addresses the importance of solubility for drug bioavailability and therapeutic effectiveness.
REGULATIONS FOR COMBINATION PRODUCTS AND MEDICAL DEVICESArunpandiyan59
This document provides an overview of regulations for combination products and medical devices in the United States and India. It discusses what combination products are, examples of combination products, and the roles of the US FDA Office of Combination Products in classifying and assigning combination products for review. It also summarizes the regulatory requirements for medical devices in the US, including establishment registration, medical device listing, premarket notification, premarket approval, and quality system regulations. The latest developments in medical device regulation in India are also briefly outlined.
This document discusses personalized medicine and pharmacogenetics. It defines personalized medicine as providing the right drug to the right patient for the right disease at the right time with the right dosage based on an understanding of the patient's genome. Pharmacogenetics is the study of how genetic variations impact individual responses to drugs by influencing drug metabolism and transport. Examples are provided of genetic polymorphisms that can affect drug acetylation, alcohol metabolism, and response to drugs like clopidogrel, antimalarials, and warfarin. While pharmacogenetics enables more precise treatment, limitations include complex interactions between multiple genes, environment, and other drugs.
CMC, post approval regulatory affairs, etcJayeshRajput7
this document covers points such as CMC, post approval regulatory affairs, regulation for combination products, and medical devices, common technical document (CTD) and electronic common technical document (eCTD) format, industry and FDA liasion, ICH guidelines of ICH Q,S,E,M, regulatory requirements of EU, MHRA, TGA and ROW countries.
The document discusses the role of Chemistry, Manufacturing, and Controls (CMC) regulatory affairs in managing post-approval changes to drugs. It explains that CMC regulatory affairs professionals work to assure drug quality from clinical trials through marketing by determining the appropriate regulatory submissions for manufacturing changes. They assess proposed changes and provide initial and final responses on whether a prior approval supplement, changes-being-effected supplement, annual report, or no submission is required. This change control process involves interactions with manufacturing and consideration of regulations, guidance, and potential effects on drug quality and equivalence.
DATION OF EQUIPMENT ICH AND WHO GUIDELINES FOR CALIBRATION AND VALIDATION OF ...deepalisanap31
Introduction to equipment
Calibration
ICH guidelines for calibration of equipment
WHO guidelines for calibration of equipment
Example for calibration of UV
Validation
ICH guidelines for validation of equipment
WHO guidelines for validation of equipment
Example for validation of tablet compression machine
Activation modulated drug delivery systemsSonam Gandhi
This document discusses different types of activation modulated drug delivery systems (DDS). It describes DDS that are activated by physical, chemical, or biological means. Some examples of physically activated DDS include osmotic pressure-activated, hydrodynamic pressure-activated, vapour pressure-activated, and mechanically activated systems. Magnetically activated and sonophorosis activated DDS are also mentioned. The document provides details on the mechanisms and equations for rate of drug release for some of these systems. It further discusses iontophoresis-activated and hydration-activated DDS and provides one example for each.
Regulatory requirements for API and BiologicsSimranDhiman12
The document discusses regulatory requirements for active pharmaceutical ingredients (APIs) and biologics. It provides an overview of regulatory guidelines for APIs, including requirements for registration of APIs with agencies like the FDA. It also describes regulatory filings like Drug Master Files (DMFs) that are submitted to provide confidential manufacturing information to support applications. Requirements for biologics are also briefly covered, noting they are complex molecules produced through biotechnology.
The document summarizes key aspects of a Drug Master File (DMF), including:
1. A DMF provides confidential manufacturing and quality information to regulatory authorities that multiple applicants can reference. This ensures confidentiality for manufacturers while allowing regulatory review of their processes and materials.
2. The main parts of a DMF are the restricted part containing confidential manufacturing details, and the applicant's part with non-confidential characterization and quality control information.
3. DMF requirements and procedures vary by country or region, but generally serve to provide standardized submission of confidential manufacturing information to support drug approvals and applications.
This document discusses post-approval regulatory affairs for drugs and medical devices. It explains that the FDA may require post-approval studies to ensure continued safety and effectiveness of approved products. Sponsors must comply with post-approval requirements or approval can be withdrawn. Post-approval changes are categorized as major, moderate, or minor depending on their potential effect. Major changes generally require prior approval from the FDA, while moderate changes require notification 30 days before distribution. Minor changes are reported annually. The document provides recommendations for common post-approval changes including components, manufacturing sites, processes, specifications, packaging, and labeling.
The document discusses drug product performance evaluation through in vitro dissolution testing. It provides details on factors that influence drug dissolution like drug substance properties, formulation composition, manufacturing process, and dissolution test conditions. The key goals of in vitro drug product testing are to characterize drug potency and release rate from oral dosage forms, provide information for formulation development, and ensure quality, comparability and stability over time. Common tests include disintegration testing and dissolution testing using apparatus specified in pharmacopeias to simulate gastrointestinal conditions. The results of in vitro testing aid product development and assessment of shelf-life and quality.
This document discusses mechanical and pH activated drug delivery systems. Mechanical systems include metered dose inhalers, dry powder inhalers, and nebulizers which deliver drugs through physical activation. pH activated systems target drug delivery based on pH ranges in different body regions. They are classified as hydrogels, nanoparticles, microspheres, and microgels which protect drugs from gastric conditions and release them in the intestines based on pH changes. The advantages are site-specific delivery and protection of drugs, while disadvantages include non-biodegradability of polymers and lack of specificity between similar pH regions.
Hippa new requirement to clinical study processesKavya S
The document discusses the Health Insurance Portability and Accountability Act (HIPAA) and its implications for clinical research. HIPAA establishes privacy rules to protect patients' protected health information (PHI). It requires authorization from patients for disclosure of PHI for research purposes. Institutional review boards can grant waivers allowing use of PHI without individual authorization. Researchers must comply with HIPAA requirements regarding accounting for and reporting on disclosures of PHI. Covered entities like physicians can disclose limited PHI to researchers but must protect PHI provided.
Regulatory requirements of eu & mhra trilokTrilok Shahare
The document summarizes the regulatory requirements of the European Union (EU) and the UK Medicines and Healthcare products Regulatory Agency (MHRA). The EU established the European Medicines Agency (EMA) which is responsible for scientific evaluation and safety monitoring of medicines. EMA grants marketing authorization after assessment and plays an important role in regulating medicines across EU. The MHRA regulates medicines and medical devices in the UK to ensure safety, quality and efficacy. It oversees clinical trials, manufacturing licensing, and post-marketing surveillance.
This document discusses excipients and their role in drug formulations. It notes that excipients are ingredients other than the active pharmaceutical ingredient that are used to formulate dosage forms. Excipients can act as protective agents, bulking agents, and can improve drug bioavailability. The document then lists common types of excipients and potential interactions between drugs and excipients, such as physical, chemical, biopharmaceutical, and excipient-excipient interactions. It describes several analytical techniques used to detect drug-excipient interactions, including DSC, accelerated stability studies, FT-IR, DRS, chromatography methods, and others.
This presentation is regarding the rules in hipaa that are implemented by HHS followed by information regarding PHI(protected health information) and MNS(minimum necessary standards)in hipaa ; and how hipaa regulations followed during clinical trials
The document discusses various aspects of interacting with the FDA, including their missions, divisions, and processes for industry communication and drug approval. It outlines the FDA's roles in inspections, legal sanctions, scientific expertise, and product safety. It also describes methods for industry liaisons such as meetings, advisory committees, and Freedom of Information Act requests. The goal is to provide knowledge on planning effective interactions and navigating the drug approval process.
This document discusses single shot vaccines that can provide protection against multiple diseases with only one injection. It describes how single shot vaccines work by combining an antigen, adjuvant, and microsphere component that encapsulates and slowly releases the antigen. Key factors in developing these vaccines include controlling particle size, optimizing encapsulation efficiency, and regulating antigen release from the biodegradable microspheres. Single shot vaccines offer advantages like improved patient compliance and lower costs compared to traditional multi-dose vaccines.
This document provides an overview of pharmaceutical validation and calibration processes. It discusses the objectives of validation which include reducing regulatory risks and defects. The scope of validation covers analytical, facilities, manufacturing, product design, cleaning, instrumentation, utilities, materials and equipment. A validation master plan outlines the validation strategy and includes qualification methods, personnel responsibilities, schedules, documentation and change control. Similarly, a calibration master plan ensures equipment is routinely calibrated against reference standards to ensure proper performance and measurement traceability.
The document discusses the effects of friction, distribution of forces, compaction profiles, and solubility in pharmaceutical tableting. It describes the various forces involved including frictional, distributional, radial, and ejection forces. It explains how friction affects particle rearrangement and die wall movement. It discusses how forces are distributed and measured, including average and geometric mean forces. It outlines compression and decompression phases in compaction profiles and how they are analyzed. It also addresses the importance of solubility for drug bioavailability and therapeutic effectiveness.
REGULATIONS FOR COMBINATION PRODUCTS AND MEDICAL DEVICESArunpandiyan59
This document provides an overview of regulations for combination products and medical devices in the United States and India. It discusses what combination products are, examples of combination products, and the roles of the US FDA Office of Combination Products in classifying and assigning combination products for review. It also summarizes the regulatory requirements for medical devices in the US, including establishment registration, medical device listing, premarket notification, premarket approval, and quality system regulations. The latest developments in medical device regulation in India are also briefly outlined.
This document discusses personalized medicine and pharmacogenetics. It defines personalized medicine as providing the right drug to the right patient for the right disease at the right time with the right dosage based on an understanding of the patient's genome. Pharmacogenetics is the study of how genetic variations impact individual responses to drugs by influencing drug metabolism and transport. Examples are provided of genetic polymorphisms that can affect drug acetylation, alcohol metabolism, and response to drugs like clopidogrel, antimalarials, and warfarin. While pharmacogenetics enables more precise treatment, limitations include complex interactions between multiple genes, environment, and other drugs.
CMC, post approval regulatory affairs, etcJayeshRajput7
this document covers points such as CMC, post approval regulatory affairs, regulation for combination products, and medical devices, common technical document (CTD) and electronic common technical document (eCTD) format, industry and FDA liasion, ICH guidelines of ICH Q,S,E,M, regulatory requirements of EU, MHRA, TGA and ROW countries.
The document discusses the role of Chemistry, Manufacturing, and Controls (CMC) regulatory affairs in managing post-approval changes to drugs. It explains that CMC regulatory affairs professionals work to assure drug quality from clinical trials through marketing by determining the appropriate regulatory submissions for manufacturing changes. They assess proposed changes and provide initial and final responses on whether a prior approval supplement, changes-being-effected supplement, annual report, or no submission is required. This change control process involves interactions with manufacturing and consideration of regulations, guidance, and potential effects on drug quality and equivalence.
DATION OF EQUIPMENT ICH AND WHO GUIDELINES FOR CALIBRATION AND VALIDATION OF ...deepalisanap31
Introduction to equipment
Calibration
ICH guidelines for calibration of equipment
WHO guidelines for calibration of equipment
Example for calibration of UV
Validation
ICH guidelines for validation of equipment
WHO guidelines for validation of equipment
Example for validation of tablet compression machine
Activation modulated drug delivery systemsSonam Gandhi
This document discusses different types of activation modulated drug delivery systems (DDS). It describes DDS that are activated by physical, chemical, or biological means. Some examples of physically activated DDS include osmotic pressure-activated, hydrodynamic pressure-activated, vapour pressure-activated, and mechanically activated systems. Magnetically activated and sonophorosis activated DDS are also mentioned. The document provides details on the mechanisms and equations for rate of drug release for some of these systems. It further discusses iontophoresis-activated and hydration-activated DDS and provides one example for each.
Regulatory requirements for API and BiologicsSimranDhiman12
The document discusses regulatory requirements for active pharmaceutical ingredients (APIs) and biologics. It provides an overview of regulatory guidelines for APIs, including requirements for registration of APIs with agencies like the FDA. It also describes regulatory filings like Drug Master Files (DMFs) that are submitted to provide confidential manufacturing information to support applications. Requirements for biologics are also briefly covered, noting they are complex molecules produced through biotechnology.
The document summarizes key aspects of a Drug Master File (DMF), including:
1. A DMF provides confidential manufacturing and quality information to regulatory authorities that multiple applicants can reference. This ensures confidentiality for manufacturers while allowing regulatory review of their processes and materials.
2. The main parts of a DMF are the restricted part containing confidential manufacturing details, and the applicant's part with non-confidential characterization and quality control information.
3. DMF requirements and procedures vary by country or region, but generally serve to provide standardized submission of confidential manufacturing information to support drug approvals and applications.
Regulatory requirements for drug approval .pptxAanchalDevi
The document discusses regulatory requirements for approval of novel drug therapies. Novel drugs are innovative products that address previously unmet medical needs. In the US, the FDA's CDER approves new drugs and biological products annually, including new molecular entities. Approval pathways aim to expedite development and review of drugs that treat serious conditions. Faster pathways like Fast Track, Breakthrough Therapy and Priority Review enable more interaction with developers and shortened review timelines. Rules for approval assess benefits, risks from clinical data, and strategies for managing risks.
This document provides an overview of regulatory requirements for pharmaceutical products in Rest of World (ROW) countries. It discusses the importance of harmonization and divides pharmaceutical markets into regulated, semi-regulated, and emerging categories. The key registration requirements for ROW countries are outlined, including administrative documents, chemistry and manufacturing controls, stability data, and other documentation. Common deficiencies seen in dossiers for ROW countries are also summarized, such as incomplete stability studies or missing specifications. The conclusion emphasizes that properly planned product development can help generate high-quality dossiers for ROW market registration.
Regulatory Aspects On Pharmaceutical Excipients By Mr. Pankaj DhapadePankaj Dhapade
This presentation covers latest understanding and regulatory scenario on pharmaceutical excipients.
1. What are Excipients?
2. Types of Excipients
3. Classification of Excipients
4. DP v/s Excipients
5. Composition profile of Excipients
6. Facts related to Excipients
7. Process Change
8. Information Disclosure
9. Difficulties and Challenges
10. Dossier Requirements
11. Development Pharmaceutics
12. Excipients Certification Scheme
This document provides an overview of active pharmaceutical ingredients (APIs). It defines APIs as the chemicals used to manufacture drugs and discusses their production processes, which can include chemical synthesis, fermentation, and extraction from natural sources. The document also lists some of the largest API manufacturers in the world, including Teva, Dr. Reddy's, Aurobindo, Cipla, Sandoz, Ranbaxy, and Sun Pharma. It notes that APIs must meet strict regulatory standards and that many companies outsource API production to locations in Asia.
This document discusses the WHO Prequalification of Medicines Programme and its requirements for active pharmaceutical ingredients (APIs). The programme facilitates access to priority medicines for diseases like HIV/AIDS, malaria, and tuberculosis. Manufacturers can submit dossier information on APIs using a Certificate of Suitability, an Active Pharmaceutical Ingredient Master File, or by providing all requested API data directly. The document outlines the guidelines and standards used to assess API quality in applications for prequalification.
Watch the webinar here: https://bit.ly/2lLquKk
Since 2017 Chinese Health Authority has published new regulation for Co-Review procedure of API, excipient and packaging material. Focusing on the unique regulatory requirement for registration of excipient we will give you an overview about the dossier requirement, ChP compliance and impact for the pharmaceutical industry.
If you want to market your drug into China, are you aware that excipient used in your drug need to be registered and to be compliance wtih Chinese pharmacopoeia? Since 2017 Chinese Health Authority has published new regulation for Co-Review procedure of API, excipient and packaging material. Focusing on the unique regulatory requirement for registration of excipient we will give you an overview about the dossier requirement, ChP compliance and impact for the pharmaceutcal industry.
In this webinar, you will learn:
- Current Chinese regulation for excipient registration
- Chinese pharmacopoeia as standard for the excipients
- Impact of excipient regulation for pharmaceutical industries
The document summarizes the WHO Prequalification Programme, which aims to ensure that medicines and health products meet global standards of quality, safety and efficacy. The key points are:
1. The programme comprehensively evaluates products based on manufacturer submissions and site inspections to verify compliance with WHO standards. Products that meet standards are added to the WHO prequalified lists.
2. The programme was launched in 2001 to address quality issues with medicines for HIV/AIDS, malaria, and tuberculosis in developing countries. It has since expanded to other health products and diseases.
3. The prequalification process involves an expression of interest, dossier submission and evaluation, site inspections, listing of prequalified products, ongoing monitoring, and de
Regulatory aspects for registration of API in formulationArul Packiadhas
The document discusses regulatory aspects for registration of active pharmaceutical ingredients (APIs) in the United States and European Union. It provides definitions of Drug Master Files (DMFs) in the US and European Drug Master Files (EDMFs) in the EU. It describes the regulatory authorities, types of submissions, requirements, formats, languages, and websites for DMFs in the US and EDMFs/Certificate of Suitability (CEP) and Active Substance Master Files (ASMFs) in the EU. Submissions include confidential information about the API, manufacturing, and quality. DMFs support new drug and abbreviated new drug applications. EDMFs allow protection of intellectual property while allowing applicants to take responsibility for drug products
The document provides guidance on the pharmaceutical development of multisource finished pharmaceutical products. It follows the ICH common technical document format. Section 3 discusses the components of the finished pharmaceutical product, including the active pharmaceutical ingredient and excipients. For the active ingredient, the compatibility with excipients and key physicochemical characteristics that can influence the performance of the finished product are discussed.
This document discusses the process of generic drug product development. It explains that a generic drug is identical to the branded reference drug in terms of active ingredients, dosage form, safety and efficacy. The document then outlines several key steps in generic drug development, including selecting a product, ensuring API availability, developing analytical methods, conducting formulation development studies, manufacturing exhibit batches, conducting bioequivalence studies, and seeking regulatory approval from agencies like the FDA. It also discusses provisions of the Hatch-Waxman Act that aim to facilitate generic drug approval while compensating branded manufacturers.
Watch the webinar here: https://bit.ly/2lLquKk
Since 2017 Chinese Health Authority has published new regulation for Co-Review procedure of API, excipient and packaging material. Focusing on the unique regulatory requirement for registration of excipient we will give you an overview about the dossier requirement, ChP compliance and impact for the pharmaceutical industry.
If you want to market your drug into China, are you aware that excipient used in your drug need to be registered and to be compliance wtih Chinese pharmacopoeia? Since 2017 Chinese Health Authority has published new regulation for Co-Review procedure of API, excipient and packaging material. Focusing on the unique regulatory requirement for registration of excipient we will give you an overview about the dossier requirement, ChP compliance and impact for the pharmaceutcal industry.
In this webinar, you will learn:
- Current Chinese regulation for excipient registration
- Chinese pharmacopoeia as standard for the excipients
- Impact of excipient regulation for pharmaceutical industries
This document discusses an investigation into adverse drug reactions caused by two different drug manufacturers using the same active pharmaceutical ingredient (API). The investigation found fundamental failures in good manufacturing practices at both the API manufacturer and drug product manufacturers. Specifically, the API manufacturer did not adequately validate and control their manufacturing process or water systems. This likely led to endotoxin contamination during the final washing steps. Samples from the API batches were found to contain pyrogenic and endotoxin levels above acceptable limits. Around 200 adverse drug events were reported after administration of the contaminated drugs. The manufacturers faced recalls, market withdrawals, and import detentions until major changes were made to comply with good manufacturing practices.
The document discusses the WHO Prequalification Programme and its requirements for active pharmaceutical ingredients (APIs). It provides an overview of the Programme, including its goals of ensuring quality, efficacy and safety of medicines procured using international funds. It describes the process of prequalification, listing key guidelines. It also outlines the options for submitting API data as part of a product dossier, including use of a Certificate of Suitability, API Master File, or including data directly. Key requirements are highlighted for the API section of a Common Technical Document submission.
This document provides guidelines for qualifying and managing suppliers of active pharmaceutical ingredients (APIs) and raw materials. It discusses classifying materials based on criticality and risk. Key steps in the supplier selection and management process are outlined, including supplier selection criteria, due diligence, quality assessment, change control, and ongoing monitoring. Appendices provide examples of assessment checklists for supplier selection, due diligence, and change control. The target audience is API manufacturers, though medicinal product manufacturers may also find it useful for qualifying API suppliers.
This document provides an overview of Drug Master Files (DMFs), including:
- DMFs allow companies to provide confidential manufacturing information to regulatory agencies to support drug applications without publicly disclosing sensitive details.
- DMFs are "closed" in the US, meaning only the regulatory agency reviews the file. In Europe, DMFs have both open and closed portions.
- The document outlines the key differences between the US and European DMF systems, as well as providing details on the types of information included in a DMF and the processes for submitting and reviewing DMFs with regulatory agencies.
Innovating in the life sciences and health-care sector? You can’t escape the regulators! Before you make a costly mistake, learn from the experts who have been through the process before.
Whether you’re working on a therapeutic, an in vitro diagnostic or a medical device, come find out how to identify and mitigate challenges along the path to regulatory approval.
Similar to REGULATORY REQUIRMENT FOR PRODUCT APPROVAL.pptx (20)
INTRODUCTION
FACTORS EFFECTING STABILITY
OBJECTIVE
TYPES OF STABILITY
TYPES OF STABILITY THAT MUST BE CONSIDERED FOR ANY DRUG
REGULATORY REQUIREMENTS
STABILITY STUDIES FOR PHARMACEUTICAL PRODUCTS
DEGRADATIVE PATHWAYS
Stability studies are performed in life sciences, chemical, and food and beverage industries to determine the effects of environmental conditions on product quality. Environmental conditions can impact product shelf life, and the viability of product formulation.
DEFINATION
The capacity of a drug or product to remain within established specifications of identity, quality, purity in a specific period of time.
The capacity or the capability of a particular formulation in a specific container to remain with in particular chemical, microbiological, therapeutically, and toxicological specifications.
USP defines stability of pharmaceutical product as, "extent to which a product retains with in specified limits and throughout its period of storage and use (i.e. shelf life).
The capacity or the capability of a particular formulation in a specific container to remain with in particular chemical, microbiological, therapeutically, and toxicological specifications.
USP defines stability of pharmaceutical product as, "extent to which a product retains with in specified limits and throughout its period of storage and use (i.e. shelf life).
The primary factors effecting stability:
PH, Temperature, Moisture, humidity, light, Storage closure and containers Oxygen.
The major factors effecting drug stability are:
Particle size (suspension and emulsion), PH, additives and molecular binding and diffusion of drugs and excipients.
In vivo is the Latin word which means with in the living body.
When effects of various biological entities are tested on whole, living organism or cells, usually animals including humans and plants.
Animal testing and clinical trials are major elements of in-vivo research.
In vivo testing is often employed over in vitro because it is better suited for observing the overall effects of an experiment on a living subject in drug discovery.
example, verification of efficacy in vivo is crucial, because in vitro assays can sometimes yield misleading results with drug.
Harry Smith found that sterile filtrates of serum from animals infected with Bacillus anthracis were lethal for other animals, whereas extracts of culture fluid from the same organism grown in vitro were not.
In microbiology Once cells are disrupted and individual parts are tested or analyzed, this is known as in vitro.
In vitro studies within the glass, i.e., in a laboratory environment using test tubes, petri dishes, etc. Examples of investigations in vivo include: the pathogenesis of disease.
In vitro toxicology:-
The bridge exists between new drug discovery and drug development.-
Provide information on mechanism of action of a drug
Provides an early indication of the potential for some kinds of toxic effects, allowing a decision to terminate or to proceed further.
In vitro methods are widely used for:-
Screening and ranking chemicals
Get a platform for animal studies for physiological actions
Studying cell, tissue, or target specific effects
Improve subsequent study design
Advantages and Disadvantages:-
Faster than in vivo studies
Less expensive to run
Less predictive of toxicity in intact organisms
In vitro to in vivo extrapolation (IVIVE) refers to the qualitative or quantitative transposition of experimental results or observations made in vitro to predict phenomena in vivo, biological organisms.
The problem of transposing in vitro results is particularly acute in areas such as toxicology where animal experiments are being phased out and are increasingly being replaced by alternative tests.
Results obtained from in vitro experiments cannot often be directly applied to predict biological responses of organisms to chemical exposure in vivo.
Therefore, it is extremely important to build a consistent and reliable in vitro to in vivo extrapolation method.
Two solutions are now commonly accepted:
Increasing the complexity of in vitro systems where multiple cells can interact with each other in order recapitulate cell-cell interactions present in tissues (as in "human on chip" systems).
Using mathematical modeling to numerically simulate the behavior of a complex system, whereby in vitro data provides the parameter values for developing a model.
The two approaches can be applied simultaneously allowing in vitro systems to provide adequate data for the development of mathematical models. To comply with push for the development of alternative testing methods.
Immunomodulation is modulation (regulatory adjustment) of the immune system. It has natural and human-induced forms, and thus the word can refer to the following:
Homeostasis in the immune system, whereby the system self-regulates to adjust immune responses to adaptive rather than maladaptive levels (using regulatory T cells, cell signaling molecules, and so forth)
Immunomodulation as part of immunotherapy, in which immune responses are induced, amplified, attenuated, or prevented according to therapeutic goals
Immunosuppressants:-
Immunosuppressants stop your immune system from damaging healthy cells and tissues. People with organ transplants and stem cell transplants take these medicines to prevent transplant rejections. The drugs also treat autoimmune disease symptoms. Immunosuppressants are powerful drugs that require careful monitoring to avoid problems.
Introduction
Types of polymer
Classification of Polymer
Polymerization
Biodegradable Polymer
Application of biodegradable polymer
Natural polymer
They occur naturally and are found in plants and animals. For example, proteins, starch, cellulose, and rubber. To add up, we also have biodegradable polymers called biopolymers.
Semi-synthetic Polymers:
They are derived from naturally occurring polymers and undergo further chemical modification. For example, cellulose nitrate, and cellulose acetate.
Synthetic Polymers
These are man-made polymers. Plastic is the most common and widely used synthetic polymer. It is used in industries and various dairy products. For example, nylon-6, 6, polyether’s etc.
Thermosetting polymersThese polymers greatly improve the material’s mechanical properties. It provides enhanced chemical and heat resistance. For example, phenolics, epoxies, and silicones.Addition Polymerization: For Example, poly ethane, Teflon, Polyvinyl chloride (PVC)Condensation Polymerization: Example, Nylon -6, 6, perylene, polyesters.
Medicines and Healthcare products Regulatory Agency(MHRA)TMU
What are regulatory bodies:- In the present scenario, pharmaceuticals are considered as the most highly regulated industries worldwide. The regulatory body ensures compliances in various legal and regulatory aspects of a drug. Every country has its own regulatory authority, which is responsible to enforce the rules and regulations and issue the guidelines to regulate drug development process, licensing, registration, manufacturing. marketing and labeling of pharmaceutical products like:
USFDA(USA)
MHRA(UK)
TGA(Australia
AIMS:- Protecting public health through regulation, with acceptablebenefit-risk profiles for medicines and devices.
Promoting public health by helping people who use these productsto understand their benefits and risks.
Improving public health by encouraging and facilitating developments in products that will benefit people
GUIDELINES:- Guidelines for Manufacturers on Clinical Investigations to be carried out in the UK.
Inspected UK Contract GMP Quality Control Laboratories.
BLUE GUIDE: Advertising and Promotion of medicines in the UK.
ORANGE GUIDE: Rules and Guidelines for Pharmaceutical Manufacturers and Distributors.
Good Pharmacovigilance Practice Guide.
Guidelines on Process Validation
Guide to UK GLP Regulations 1999
Recommendations on the control and monitoring of storage and transportation temperatures of medicinal products.
Guide to defective medicinal products.
Introduction of a Risk Based Inspection Programme for GMP Labs.
SALIENT FEATURES, COMMITTEES/WORKING GROUPS:-
MHRA has the power to withdraw a product from market and suspend production of medicines.
A manufacturer or distributor can be prosecuted if the law has been broken.
Regulatory decisions are impartial D Different products are treated differently.
MHRA collaborates with :
US Food and Drug Administration
NPSA National Patient Safety Agency
NICE National Institute for Health and Clinical Excellence
INTRODUCTION
CLASSIFICATION: SEDATIVE AND HYPNOTICS
BARBITURATES
BENZODIAZEPINES
SITE OF ACTION
MECHANISM OF ACTION
NEWER NONBENZODIAZEPINES HYPNOTICS
PHARMACOKINETICS
SIDE EFFECTS
Mechanism of action
Benzodiazepines
Increase frequency of opening of cl- channels induced by GABA.
Increase binding of GABA to GABA® receptor.
Reduction of anxiety. Reduce anxiety by selectively enhancing GABAergic transmission in neurons having the α-2 subunit in their GABA® receptor.
The hypnotic effect are mediated by α1-GABA® receptor
Anticonvulsant effect is partially although not completely, mediated by α1-GABA® receptors.
WORKING PRINCIPLE AND APPLICATIONS OF GENOMIC AND PROTEOMIC TOOLS
DNA ELECTROPHORESIS
POLYMERASE CHAIN REACTION (PCR)
REVERSE TRANSCRIPTION PCR (RT-PCR)
MICROARRAY TECHINIQUE
ENZYME LINKED IMMUNOSORBENT ASSAY (ELISA)
WESTERN BLOTTING
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Introduction: Substance use education is crucial due to its prevalence and societal impact.
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Interactive Q&A: Engage the audience and encourage discussion.
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Resources: Provide contact information and links for further support.
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2. CONTENTS
1.Introduction
2.API sourcing
3.API sourcing in other Countries
4.Regulatory filing
5.DMFs
6.Regulatory Guideline for API
7. Compression study of active pharmaceutical ingredients in different
countries
8.Filling issue
9.References
3. 1. Introduction
Active Pharmaceutical ingredients (APIs) play an important role in the drug product
industry. The most obvious contribution is that the API is the active ingredient that
makes a drug product effective and provide the pharmacological activity of any
drug product or dosage form.
Historically many APIs used to produce drug product in the united state by the
dosage forms manufacture were made in the United State either by contactor or by
the owner of the drug product NDA or ANDA.
4. 2. API sourcing
APIs can be manufactured using a number of different method and techniques.
Naturally derived APIs are usually extracted from natural source and purify for use
in drug products.
Chemically synthesized compound
Compound derived from fermentation isolated and purifieA combination of any of
the techniques
5. 3. API sourcing in other countries
As the API industry has continued to expand in other areas of the world, other
country and regions have developed their own review and filling process as well
as compliance program.
For example : The European union has strengthened its processes associated with
APIs and now requires API GMP compliance within its directive.
However, regulatory review and inspectional processes very significantly. In some
Countries, APIs can gain regulatory approval simply by being published in an
official compendium.
6. 4. Regulatory Filings
What is needed to get regulatory approval for drug product varies around the
World. However, some form of
NDA
ANDA
NADA (New animal drug application)
Dossiers (The term commonly used for the earlier terms inside the United
State)
DMF
7. 5. DMFs
DMFs are commonly used as a way to provide confidential or Proprietory
information about an API to a regulatory agency such as the FDA. A DMF normally
includes:
Information about manufacturing and control
Facility and process information used to produce or quality control an API,
Synthesis descriptions or detailed process information, and
Manufacture site location and facility /equipment usage.
8. 6. Regulatory Guideline for APIs
In order to obtain a marketing authorisation for a drug product the applicant has
to show evidence of efficacy, safety and quality of the drug product
Different countries have different procedure For regulatory filling for API, In U.S it
has done as per DMF procedure of FDA while in Europe it is done by Active
substance master file (ASMF) procedure.
The older and off patent APIs have an alternative assessment system called as
the ‘’Certification of suitability’’(CEP). It is used Pharmacopoeia Convention.
10. 8. Filling issues
The name of the compound
The API structure and molecular weight
A detailed full description of the synthesis, biological process, or extraction
process used to produce the API
Facility and process description
All raw materials, solvents, catalysts used
Identify the API SM (starting material)
Impurities
Impurity profile
Reprocessing step
Water quality identified
The in process and final product control used to assure the quality of the API
A sample batch record
The specification for the API ingredient and raw materials
Identification of the manufacture of the API, its supplier to key raw materials
intermediate or other purchase material
Stability data
Address of the manufacture of the API and all purchased intermediates
Definition of the container (clouser system).