The global pharmaceutical market has grown steadily, reaching $602 trillion KRW in 2005 and expected to reach $900 trillion KRW by 2010. The US market leads at 45% share, while the Chinese market is growing the fastest at 30%. Korea's pharmaceutical market, while smaller at 1.8% of the global market, has also grown rapidly. Korea has developed infrastructure for clinical trials and new drug development. To further contribute to regional growth, Korea proposes establishing cooperation between Korea, China, and Japan to more quickly deliver new drugs to patients and to reflect Eastern values, utilizing their geographic and cultural similarities. The Korea Food and Drug Administration will pursue global harmonization while focusing cooperation on natural substances, herbal medicine, and clinical trials
2016-11-28 Mentlife seminar: Pharmaceutical Drug Development; An Overall Pers...MentLife
This seminar provided an understanding of modern pharmaceutical drug development – the different phases of drug development and insight into different jobs.
The Biologics Market was worth USD 267.58 billion in 2014 and is expected to reach approximately USD 373.66 billion by 2023, while registering itself at a compound annual growth rate (CAGR) of 3.78% during the forecast period. Biologics are medicates as hereditarily built proteins, got from human qualities. According to the US FDA, biologics can be made out of sugars, proteins, or nucleic acids or complex blends of these substances, or might live elements, for example, cells and tissues. The biologic medications are taken from an assortment of regular sources, for example, people, creatures, or microorganisms and comprise of items, for example, antibodies, blood and blood parts, allergenic, substantial cells, quality treatment, tissues, and recombinant remedial proteins. Propelled biotechnology strategies and complex procedures are utilized to produce biologics. They are at the cutting edge of biomedical research.
Globalization Of Clinical Trials 2010 Josep M. Badenasjosepmariabadenas
Globalization of clinical trials can help bring drugs to market more quickly. While the majority of research and development spending still occurs in developed countries like the US and Western Europe, emerging markets are playing a larger role in global drug development. Countries like India and China provide opportunities for cost-effective clinical trials due to their large patient populations and improving healthcare infrastructures and regulations. However, conducting trials globally also presents challenges around cultural and medical practice differences that need to be addressed.
Presentation - The Economics of the Market for Medicines, Jorge Mestre-Ferran...Office of Health Economics
Jorge Mestre-Ferrandiz also presented a guest lecture at City University, London, on 17 March 2016, on the topic of the economics of the market for medicines.
The first half of the lecture included an overview of the global challenges facing medicines manufacturers, discussion of the ‘supply side’ (focusing on research and development of new drugs), and evidence relating to the ‘demand side’ which suggests that UK spending on medicines as a percentage of GDP is already amongst the lowest in developed countries.
The second half of the lecture looked at NICE and the ‘hurdle’ of demonstrating cost-effectiveness, as well as an overview of pricing regulation, and specific characteristics of the UK market.
This document provides a summary of the biosimilars pipeline in India over the next 3-5 years. It describes several biologic drugs whose patents will expire such as Avastin, Herceptin, Humira, Erbitux, and Remicade. The objective is to understand the competitive landscape as many global and Indian companies are aggressively developing biosimilars for these drugs. The document then provides details of an ongoing clinical trial in India of a rituximab biosimilar being developed by Hetero Drugs for the treatment of non-Hodgkin's lymphoma.
Where are you in your drug development journey? Find out how to expedite your drug development program. View our drug development journey map. Download the document to zoom in and view details.
New drug approvals & upcoming fda approvals 2021DoriaFang
In the first half of 2021, the U.S. FDA approved a total of 29 innovative drugs, of which 27 were new molecular entities and new biologics approved by the Center for Drug Evaluation and Research (CDER) and the remaining two were Car-T therapies (Abecma and Breyanzi) approved by the Center for Biologics Evaluation and Research (CBER).
The document provides guidelines for the evaluation of similar biotherapeutic products (SBPs). It outlines key principles for licensing SBPs, which include:
1) Development of a SBP involves stepwise comparability exercises starting with quality comparisons to a reference biotherapeutic product (RBP), with demonstration of similarity a prerequisite for reduced non-clinical and clinical data requirements.
2) Licensing of a SBP is based on its demonstrated similarity to a suitable RBP in quality, non-clinical, and clinical parameters.
3) Comparability exercises include integrated quality, non-clinical and clinical studies to provide comparative data between the SBP and RBP. Differences require investigation and may necessitate additional data.
2016-11-28 Mentlife seminar: Pharmaceutical Drug Development; An Overall Pers...MentLife
This seminar provided an understanding of modern pharmaceutical drug development – the different phases of drug development and insight into different jobs.
The Biologics Market was worth USD 267.58 billion in 2014 and is expected to reach approximately USD 373.66 billion by 2023, while registering itself at a compound annual growth rate (CAGR) of 3.78% during the forecast period. Biologics are medicates as hereditarily built proteins, got from human qualities. According to the US FDA, biologics can be made out of sugars, proteins, or nucleic acids or complex blends of these substances, or might live elements, for example, cells and tissues. The biologic medications are taken from an assortment of regular sources, for example, people, creatures, or microorganisms and comprise of items, for example, antibodies, blood and blood parts, allergenic, substantial cells, quality treatment, tissues, and recombinant remedial proteins. Propelled biotechnology strategies and complex procedures are utilized to produce biologics. They are at the cutting edge of biomedical research.
Globalization Of Clinical Trials 2010 Josep M. Badenasjosepmariabadenas
Globalization of clinical trials can help bring drugs to market more quickly. While the majority of research and development spending still occurs in developed countries like the US and Western Europe, emerging markets are playing a larger role in global drug development. Countries like India and China provide opportunities for cost-effective clinical trials due to their large patient populations and improving healthcare infrastructures and regulations. However, conducting trials globally also presents challenges around cultural and medical practice differences that need to be addressed.
Presentation - The Economics of the Market for Medicines, Jorge Mestre-Ferran...Office of Health Economics
Jorge Mestre-Ferrandiz also presented a guest lecture at City University, London, on 17 March 2016, on the topic of the economics of the market for medicines.
The first half of the lecture included an overview of the global challenges facing medicines manufacturers, discussion of the ‘supply side’ (focusing on research and development of new drugs), and evidence relating to the ‘demand side’ which suggests that UK spending on medicines as a percentage of GDP is already amongst the lowest in developed countries.
The second half of the lecture looked at NICE and the ‘hurdle’ of demonstrating cost-effectiveness, as well as an overview of pricing regulation, and specific characteristics of the UK market.
This document provides a summary of the biosimilars pipeline in India over the next 3-5 years. It describes several biologic drugs whose patents will expire such as Avastin, Herceptin, Humira, Erbitux, and Remicade. The objective is to understand the competitive landscape as many global and Indian companies are aggressively developing biosimilars for these drugs. The document then provides details of an ongoing clinical trial in India of a rituximab biosimilar being developed by Hetero Drugs for the treatment of non-Hodgkin's lymphoma.
Where are you in your drug development journey? Find out how to expedite your drug development program. View our drug development journey map. Download the document to zoom in and view details.
New drug approvals & upcoming fda approvals 2021DoriaFang
In the first half of 2021, the U.S. FDA approved a total of 29 innovative drugs, of which 27 were new molecular entities and new biologics approved by the Center for Drug Evaluation and Research (CDER) and the remaining two were Car-T therapies (Abecma and Breyanzi) approved by the Center for Biologics Evaluation and Research (CBER).
The document provides guidelines for the evaluation of similar biotherapeutic products (SBPs). It outlines key principles for licensing SBPs, which include:
1) Development of a SBP involves stepwise comparability exercises starting with quality comparisons to a reference biotherapeutic product (RBP), with demonstration of similarity a prerequisite for reduced non-clinical and clinical data requirements.
2) Licensing of a SBP is based on its demonstrated similarity to a suitable RBP in quality, non-clinical, and clinical parameters.
3) Comparability exercises include integrated quality, non-clinical and clinical studies to provide comparative data between the SBP and RBP. Differences require investigation and may necessitate additional data.
Bio similar- An opportunities or challenge for Indian Company Debashish Kar
1. The global biosimilars market is expected to grow significantly in the coming years due to various drivers such as patent expiries of major biologics and increasing cost containment pressures.
2. Indian companies are well positioned in the biosimilars space due to their established low-cost manufacturing capabilities and expertise in biologics. Key players in India include Dr. Reddy's, Biocon, Cipla and Intas.
3. Developing biosimilars presents several challenges including high development costs, complex clinical trials and unclear regulatory guidelines. Indian companies strategy involves partnerships for cost-effective development and leveraging domestic capabilities and emerging markets for growth.
The document compares regulations for biologics in India, the US, and EU, noting that while the US FDA regulates biologics through the PHSA and FDCA and approves biosimilars through the 351(k) pathway, the EU was the first to pioneer biosimilar regulations through the EMA and various directives. It also provides an overview of the application and approval processes for biologics in each region as well as some historical tragedies involving vaccines to demonstrate the need for stringent regulations.
MentLife, Drug Discovery, Development & Trends, nov 6 2013MentLife
The document discusses trends in the pharmaceutical industry from the past to the present and future. It provides background on the speaker, Richard Cook, and his experience working in pharmaceutical research and development. It then covers the history and evolution of the industry, including major companies, mergers and acquisitions, key events, and the development process for new drugs. The challenges facing pharmaceutical research and development are also examined.
Hi all, with the rigorous secondary research for almost one month helped me to understand basic things about biosimilars and made me do this presentation. Hope u will appreciate it while going through it. thanks.
If anyone in need of this presentation, pls.put ur emial ID in comment box. will be sharing. and please share your thoughts about the presentation. i will be more thankful.
Dialogue with Canada’s leading regulatory and assessment experts: Health Canada Bureau of Biologics and Genetic Therapies (BGTD) and Canadian Agency for Drugs and Technologies in Health (CADTH)
Date: June 29, 2016
Time: 1:00pm to 3:00pm EST
FDA 2013 Clinical Investigator Training Course: Biosimilar Biological ProductsMedicReS
This document provides an overview of biosimilar biological products from a presentation given by Dr. Sue Lim of the FDA. It defines biological products and biosimilars. Biosimilars are developed using a stepwise approach to demonstrate biosimilarity to a reference product through analytical, nonclinical and clinical studies. Clinical study design considerations for biosimilars include using endpoints sensitive to potential differences, assessing products at time points most likely to detect differences, using the same or similar patient populations and doses as the reference product, and evaluating safety including immunogenicity over a duration adequate to detect potential impacts.
The document discusses generic drugs, including their regulatory approval process. Generic drugs must demonstrate bioequivalence to the branded version to gain approval. They are approved through an abbreviated new drug application that shows they deliver the same amount of active ingredients as the branded drug. India has a large and growing generic drug industry that supplies over 30% of the global generic market. Recent FDA rules now require generic drug makers to pay user fees for product approvals.
Regulatory requirements for drug approval - industrial pharmacy IIJafarali Masi
Regulatory requirements for drug approval - industrial pharmacy IIDrug Development Teams, Non-Clinical Drug Development, Pharmacology, Drug Metabolism and Toxicology, General considerations of Investigational New Drug (IND) Application, Investigator’s Brochure (IB) and New Drug Application (NDA), Clinical research / BE studies, Clinical Research Protocols, Biostatistics in Pharmaceutical Product Development, Data Presentation for FDA Submissions, Management of Clinical Studies.
The document discusses Investigational Medicinal Product Dossier (IMPD) and Investigators Brochure (IB). It provides details on the components and information that should be included in an IMPD and IB. An IMPD includes quality, non-clinical and clinical data on an investigational product and is required for approval of clinical trials in the EU. It also lists additional documents that must accompany the IMPD like the protocol, investigator information and labeling. An IB provides investigators information on the rationale, safety monitoring and risks of an investigational product from pre-clinical and clinical studies to facilitate trial conduct. It outlines the content and sections that should be contained in an IB.
Regulation, ethics and reimbursement of novel biological therapies in Austral...TGA Australia
The document provides an overview of novel biological therapies such as gene therapy, cell therapy, and tissue engineering in Australia. It discusses the regulatory pathways through the Therapeutic Goods Administration (TGA) for approval of these therapies. Clinical trials of novel biological therapies must be submitted through the CTX scheme for approval rather than just notification. Guidelines from the European Medicines Agency are a good resource for requirements for registration and approval of these therapies in Australia. Risks associated with gene therapy include potential for delayed adverse effects, off-target effects, insertional mutagenesis, and immune responses.
This document is a project report submitted by Mr. Santosh Panchakshari Salgare to the Department of Management Sciences at Savitribai Phule Pune University. The project involved conducting a study to understand the prescription pattern of generic drugs at Hindustan Antibiotics Limited in Pimpri, Pune. The report includes an introduction to the pharmaceutical industry, company profile of Hindustan Antibiotics Limited, objectives, methodology, findings and analysis of the study, and conclusions and recommendations.
Currently, when a patient wants to be treated for a pathology, depending on the country, a doctor or a pharmacist can propose different types of drug: an originators, a generic or a biosimilar with the aim of bringing the best solution to the patient.
In the same time, authorities, learning societies, patient associations, national and European unions work closely together to set up regulations that will help bring the most efficient drugs at the lowest price on the market and take care of the patient.
- Comparative studies demonstrated that PF-05280586, a potential biosimilar to rituximab, has similar structural, functional, and toxicity profiles as rituximab from the EU and US.
- A clinical study in patients with rheumatoid arthritis found similar pharmacokinetics between PF-05280586 and both EU- and US-sourced rituximab, as well as similar safety profiles.
- The data support continued development of PF-05280586 as a potential biosimilar to rituximab that could improve access to treatment.
This document provides an overview of pharmaceutical regulations for drug approval in the US, EU, and India. It discusses the drug approval processes and requirements in each region, including the types of applications submitted (e.g. ANDA, NDA), necessary documentation, evaluation timelines, and guidelines followed (e.g. ICH). It also compares some key parameters of the regulatory frameworks like bioequivalence study designs, criteria, and pharmacokinetic measures assessed between the different jurisdictions.
R&D Productivity and Costs in Today's Health Care Arena - Pat AudetTTC, llc
The document discusses challenges facing the pharmaceutical industry including increased healthcare costs, decreased R&D productivity, and more difficulty achieving blockbuster drugs. It also outlines strategies the industry is taking to address these challenges such as focusing on specialty and biologic drugs, reducing R&D costs through outsourcing and adaptive clinical trial designs, and pursuing mergers and acquisitions.
This document provides an overview of biological products as defined by the FDA. It describes biological products as medical products made from sugars, proteins, nucleic acids or complex combinations in living cells or tissues. Examples like vaccines, blood components and monoclonal antibodies are provided. The document highlights how biological products differ from chemically synthesized drugs in being large molecules from natural sources, requiring complex manufacturing processes, and sometimes being heterogeneous or immunogenic. It briefly outlines the process required for a biological product to be licensed by the FDA, including demonstrating consistent manufacturing and clinical safety and efficacy data.
The document discusses key aspects of developing a global regulatory strategy for drug development and registration. It outlines the long development timeline and costs to bring a drug to market. It also describes the regulatory approval processes in the US, EU and Japan, including application formats, timelines and opportunities to expedite review of important new drugs. Developing an integrated global strategy from early research can help optimize the development plan and registration across regions.
How to use social media for customer engagement for accountantsMark Appel
This document appears to be a presentation about how online engagement through social media can help attract new business for accountancy firms. The presentation discusses Exact, a leading European online accounting software provider, and how their software helps accountants reduce costs and provide value-added services to clients. It poses a poll question about whether social media benefits accountancy firms and outlines new principles of engagement. The presentation provides tips on how accountants can apply social media, such as listening, sharing, and engaging with their audience. It encourages attendees to follow Exact's social media accounts and sign up for their controlled release program.
Bio similar- An opportunities or challenge for Indian Company Debashish Kar
1. The global biosimilars market is expected to grow significantly in the coming years due to various drivers such as patent expiries of major biologics and increasing cost containment pressures.
2. Indian companies are well positioned in the biosimilars space due to their established low-cost manufacturing capabilities and expertise in biologics. Key players in India include Dr. Reddy's, Biocon, Cipla and Intas.
3. Developing biosimilars presents several challenges including high development costs, complex clinical trials and unclear regulatory guidelines. Indian companies strategy involves partnerships for cost-effective development and leveraging domestic capabilities and emerging markets for growth.
The document compares regulations for biologics in India, the US, and EU, noting that while the US FDA regulates biologics through the PHSA and FDCA and approves biosimilars through the 351(k) pathway, the EU was the first to pioneer biosimilar regulations through the EMA and various directives. It also provides an overview of the application and approval processes for biologics in each region as well as some historical tragedies involving vaccines to demonstrate the need for stringent regulations.
MentLife, Drug Discovery, Development & Trends, nov 6 2013MentLife
The document discusses trends in the pharmaceutical industry from the past to the present and future. It provides background on the speaker, Richard Cook, and his experience working in pharmaceutical research and development. It then covers the history and evolution of the industry, including major companies, mergers and acquisitions, key events, and the development process for new drugs. The challenges facing pharmaceutical research and development are also examined.
Hi all, with the rigorous secondary research for almost one month helped me to understand basic things about biosimilars and made me do this presentation. Hope u will appreciate it while going through it. thanks.
If anyone in need of this presentation, pls.put ur emial ID in comment box. will be sharing. and please share your thoughts about the presentation. i will be more thankful.
Dialogue with Canada’s leading regulatory and assessment experts: Health Canada Bureau of Biologics and Genetic Therapies (BGTD) and Canadian Agency for Drugs and Technologies in Health (CADTH)
Date: June 29, 2016
Time: 1:00pm to 3:00pm EST
FDA 2013 Clinical Investigator Training Course: Biosimilar Biological ProductsMedicReS
This document provides an overview of biosimilar biological products from a presentation given by Dr. Sue Lim of the FDA. It defines biological products and biosimilars. Biosimilars are developed using a stepwise approach to demonstrate biosimilarity to a reference product through analytical, nonclinical and clinical studies. Clinical study design considerations for biosimilars include using endpoints sensitive to potential differences, assessing products at time points most likely to detect differences, using the same or similar patient populations and doses as the reference product, and evaluating safety including immunogenicity over a duration adequate to detect potential impacts.
The document discusses generic drugs, including their regulatory approval process. Generic drugs must demonstrate bioequivalence to the branded version to gain approval. They are approved through an abbreviated new drug application that shows they deliver the same amount of active ingredients as the branded drug. India has a large and growing generic drug industry that supplies over 30% of the global generic market. Recent FDA rules now require generic drug makers to pay user fees for product approvals.
Regulatory requirements for drug approval - industrial pharmacy IIJafarali Masi
Regulatory requirements for drug approval - industrial pharmacy IIDrug Development Teams, Non-Clinical Drug Development, Pharmacology, Drug Metabolism and Toxicology, General considerations of Investigational New Drug (IND) Application, Investigator’s Brochure (IB) and New Drug Application (NDA), Clinical research / BE studies, Clinical Research Protocols, Biostatistics in Pharmaceutical Product Development, Data Presentation for FDA Submissions, Management of Clinical Studies.
The document discusses Investigational Medicinal Product Dossier (IMPD) and Investigators Brochure (IB). It provides details on the components and information that should be included in an IMPD and IB. An IMPD includes quality, non-clinical and clinical data on an investigational product and is required for approval of clinical trials in the EU. It also lists additional documents that must accompany the IMPD like the protocol, investigator information and labeling. An IB provides investigators information on the rationale, safety monitoring and risks of an investigational product from pre-clinical and clinical studies to facilitate trial conduct. It outlines the content and sections that should be contained in an IB.
Regulation, ethics and reimbursement of novel biological therapies in Austral...TGA Australia
The document provides an overview of novel biological therapies such as gene therapy, cell therapy, and tissue engineering in Australia. It discusses the regulatory pathways through the Therapeutic Goods Administration (TGA) for approval of these therapies. Clinical trials of novel biological therapies must be submitted through the CTX scheme for approval rather than just notification. Guidelines from the European Medicines Agency are a good resource for requirements for registration and approval of these therapies in Australia. Risks associated with gene therapy include potential for delayed adverse effects, off-target effects, insertional mutagenesis, and immune responses.
This document is a project report submitted by Mr. Santosh Panchakshari Salgare to the Department of Management Sciences at Savitribai Phule Pune University. The project involved conducting a study to understand the prescription pattern of generic drugs at Hindustan Antibiotics Limited in Pimpri, Pune. The report includes an introduction to the pharmaceutical industry, company profile of Hindustan Antibiotics Limited, objectives, methodology, findings and analysis of the study, and conclusions and recommendations.
Currently, when a patient wants to be treated for a pathology, depending on the country, a doctor or a pharmacist can propose different types of drug: an originators, a generic or a biosimilar with the aim of bringing the best solution to the patient.
In the same time, authorities, learning societies, patient associations, national and European unions work closely together to set up regulations that will help bring the most efficient drugs at the lowest price on the market and take care of the patient.
- Comparative studies demonstrated that PF-05280586, a potential biosimilar to rituximab, has similar structural, functional, and toxicity profiles as rituximab from the EU and US.
- A clinical study in patients with rheumatoid arthritis found similar pharmacokinetics between PF-05280586 and both EU- and US-sourced rituximab, as well as similar safety profiles.
- The data support continued development of PF-05280586 as a potential biosimilar to rituximab that could improve access to treatment.
This document provides an overview of pharmaceutical regulations for drug approval in the US, EU, and India. It discusses the drug approval processes and requirements in each region, including the types of applications submitted (e.g. ANDA, NDA), necessary documentation, evaluation timelines, and guidelines followed (e.g. ICH). It also compares some key parameters of the regulatory frameworks like bioequivalence study designs, criteria, and pharmacokinetic measures assessed between the different jurisdictions.
R&D Productivity and Costs in Today's Health Care Arena - Pat AudetTTC, llc
The document discusses challenges facing the pharmaceutical industry including increased healthcare costs, decreased R&D productivity, and more difficulty achieving blockbuster drugs. It also outlines strategies the industry is taking to address these challenges such as focusing on specialty and biologic drugs, reducing R&D costs through outsourcing and adaptive clinical trial designs, and pursuing mergers and acquisitions.
This document provides an overview of biological products as defined by the FDA. It describes biological products as medical products made from sugars, proteins, nucleic acids or complex combinations in living cells or tissues. Examples like vaccines, blood components and monoclonal antibodies are provided. The document highlights how biological products differ from chemically synthesized drugs in being large molecules from natural sources, requiring complex manufacturing processes, and sometimes being heterogeneous or immunogenic. It briefly outlines the process required for a biological product to be licensed by the FDA, including demonstrating consistent manufacturing and clinical safety and efficacy data.
The document discusses key aspects of developing a global regulatory strategy for drug development and registration. It outlines the long development timeline and costs to bring a drug to market. It also describes the regulatory approval processes in the US, EU and Japan, including application formats, timelines and opportunities to expedite review of important new drugs. Developing an integrated global strategy from early research can help optimize the development plan and registration across regions.
How to use social media for customer engagement for accountantsMark Appel
This document appears to be a presentation about how online engagement through social media can help attract new business for accountancy firms. The presentation discusses Exact, a leading European online accounting software provider, and how their software helps accountants reduce costs and provide value-added services to clients. It poses a poll question about whether social media benefits accountancy firms and outlines new principles of engagement. The presentation provides tips on how accountants can apply social media, such as listening, sharing, and engaging with their audience. It encourages attendees to follow Exact's social media accounts and sign up for their controlled release program.
1) Mvix produces high quality media players and network attached storage devices that allow users to store, play back, and share multimedia content over a home network or remotely.
2) These products are in a high growth market as personal media collections become increasingly digitized and stored on hard drives rather than physical discs like DVDs.
3) Mvix sees opportunities to target the "early majority" of technology adopters beyond just the initial innovators and early adopters as the market grows and products become more user friendly.
The document discusses the "Serendipity principle" applied to the design of the Gravel application. It describes how Gravel will enable users to "find" content like videos, photos and music instead of just searching for it. Users will be able to create customized views of content recommended by friends or filtered by tags. The application will retrieve metadata from various social media sites to enable filtering and will allow saving preferred views and filters.
Check out our new digital signage brochure for 2017 including our full range of digital posters and touch interactive displays.
Including; android advertising displays, freestanding posters, POS android, outdoor, professional monitors, high brightness, LCD video walls, PCAP touchscreens, infrared touchscreens, presentation displays and media players.
For more information please contact us via email info@crystal-display.com or call +44 (0) 1634 327420
The document discusses different types and methods of drug adulteration. It defines adulteration as substituting an original drug with inferior or harmful substances. Common reasons for adulteration include scarcity and high prices of drugs. Methods include substitution with inferior varieties, artificially manufactured substitutes, exhausted drugs, superficially similar but cheaper natural substances, addition of worthless materials, synthetic principles, and vegetative matter from the same plant. The effects of adulteration and factors affecting stored products are also mentioned.
The clinical trial process is one of the most critical and necessary steps for the development of all new drugs,
biologics or medical devices. Conducting clinical trials in Japan requires a delicate balancing act between having a
thorough understanding of the Japanese regulatory framework, as well as having an even much better
understanding of how clinical trials must be managed within the nuances and boundaries of the Japanese culture.
This document provides an overview of Schedule Y, which establishes requirements and guidelines for conducting clinical trials and obtaining permission to import or manufacture new drugs in India. Schedule Y aims to frame guidelines for clinical research in line with global standards. It outlines application procedures, ethics committee requirements, pre-clinical and clinical data to be submitted, protocol elements, and other rules to ensure safety and efficacy of investigational products. The objectives of Schedule Y are to regulate clinical trials and new drugs in India according to current scenarios and integrate the country into global drug development while improving clinical trial quality.
This document outlines the agenda for a seminar on drug development and biosimilars. The agenda includes: 1) a general overview of drug development, 2) biopharmaceutics including definitions, product types, development, production, quality assurance, and market developments, and 3) biosimilars including definitions, products, regulatory aspects, challenges, and market developments. It then provides a brief biography of the seminar speaker Jacques Schipper, followed by more detailed sections on the drug development process from initial discovery through clinical trials and regulatory approval. Key aspects of drug development discussed include preclinical safety evaluation, clinical trial phases, success rates, time and costs required, and strategic considerations around project selection and management.
The pharmaceutical industry invests heavily in research and development, with biopharmaceutical companies spending $65.2 billion annually on R&D. Developing a new drug takes an average of 10-15 years and costs $2.6 billion. Only about 20% of experimental drugs make it through clinical trials to receive FDA approval. After approval, many drugs fail to become commercial successes. However, post-approval research on existing drugs often leads to new uses that provide important medical advances. The industry and government play complementary roles in supporting medical research.
Application of bio-pharmaceutics in new drug development .MD SAYDUR RAHMAN
Md. Saydur Rahman presented on the application of biopharmaceutics in new drug development. Biopharmaceutics studies the chemical and physical properties of drugs and their biological effects. Developing new drugs is a long, expensive process involving discovery, pre-clinical testing, clinical trials, and post-approval surveillance. Biopharmaceutics is important throughout this process to understand a drug's absorption, distribution, metabolism, and excretion. Early stages involve finding lead compounds through target identification and validation. Pre-clinical testing assesses toxicity, kinetics, and carcinogenicity in vitro and in vivo before human trials. Clinical trials have three phases to evaluate safety, efficacy, and side effects. Post-marketing surveillance monitors drugs after approval.
Introduction to pharmaceutical industry & clinical researchBhaswat Chakraborty
This document provides an introduction to the global pharmaceutical market and clinical research environment. It discusses the significant growth expected in the global pharmaceutical market between 2010-2013. It also outlines the top 20 pharmaceutical companies by revenue. The document then discusses the Indian pharmaceutical market, noting that India is a leader in generic drugs and active pharmaceutical ingredients. It provides an overview of the top 10 pharmaceutical companies in India by revenue. The document also discusses the growth of the Indian domestic market. It introduces the dynamic continuum of drug discovery and provides definitions and descriptions of clinical research, phases of clinical trials, and the largest registry of clinical trials. It discusses opportunities for India in clinical research outsourcing and the growth of the CRO market in India.
The document provides an overview of biostatistics in drug development and clinical trials. It discusses key topics including the drug development process, clinical trial phases, study designs, clinical data types, and case studies. The drug development process involves preclinical research followed by phase 1-4 clinical trials to test drugs for safety and efficacy. Common study designs include parallel group and crossover designs. Biostatisticians are responsible for study design, statistical analysis planning, and interpreting clinical trial results.
This primer is intended for the non-clinician. After reading it, hopefully you will have a slightly better understanding of the complexities of clinical trials.
Schedule Y provides requirements and guidelines for permission to import and manufacture new drugs for sale or to undertake clinical trials in India. It outlines the application process and requirements, including pre-clinical data that must be submitted. It describes the responsibilities of sponsors, investigators, and ethics committees for clinical trials. Clinical trials must progress through Phases I-IV and special population studies may be required. Post-marketing surveillance is also addressed. The purpose is to regulate new drugs and ensure clinical research is properly conducted according to good clinical practice standards.
Economics of drug discovery. final.pptxashharnomani
The document discusses the economics of drug discovery. It notes that drug discovery is a lengthy and expensive process, taking 3-20 years and costing billions of dollars. Key points include:
- Drug discovery involves identifying potential drug targets and compounds through research. Clinical trials then test compounds on animals and humans.
- Total R&D costs to bring a new drug to market were estimated at $985 million to $1.3 billion in 2020, though some prior estimates were as high as $2.8 billion.
- The majority of costs (40%) go towards clinical trials, with drug discovery and pre-clinical trials accounting for 30-50% of total costs. Failed drug candidates also contribute to overall costs.
The document discusses regulations for clinical trials in India. It begins by explaining that an Investigational New Drug Application (IND) provides an exemption that allows investigational drugs to be transported across state lines for clinical trials. It then describes the process of submitting an IND to the FDA, including providing animal studies data, manufacturing information, clinical protocols, and investigator information. It notes that the FDA has 30 days to review submitted INDs. Finally, it summarizes that in India, an application for clinical trials should be submitted to the DCGI along with chemistry, manufacturing, animal study data and other required documents and trial protocols, and trials can only begin after approval from the DCGI and ethics committee.
The document summarizes research on herbal medicines in Taiwan, including WYC-01 and WYC-02. It discusses Taiwan integrating traditional Chinese medicine into its national healthcare system, and the World Health Organization's support for traditional medicine development. It then summarizes the characteristics, mechanisms, toxicity tests, and anti-cancer effects of the herbal compounds WYC-01 and WYC-02, which were found to inhibit tumor growth with low toxicity.
This document provides guidelines for conducting clinical trials and importing or manufacturing new drugs for sale according to Schedule Y of the Drugs and Cosmetics Act of 1940 in India. It outlines the application process and required data to be submitted, including chemical/pharmaceutical information, pre-clinical toxicology and pharmacology studies in animals, protocols for human clinical trials through various phases, and post-marketing surveillance requirements. Ethics committee approval and informed consent of participants are necessary. Manufacturers must establish the drug's quality, safety, and efficacy primarily through clinical trials conducted in India.
The document discusses the process for approval of a new drug from development through marketing. It takes 10-15 years on average and costs over $2.6 billion to get a new drug approved. Key steps include:
- Preclinical research to identify biological targets and compounds
- FDA approval to begin clinical trials in three phases involving thousands of subjects to test safety, efficacy, and dosing
- New Drug Application submission including all clinical trial data for FDA review and approval
- Post-marketing studies and generic approval after patents expire
Schedule Y outlines the requirements and guidelines for permission to import and manufacture new drugs in India and to conduct clinical trials. It aims to regulate clinical research and new drugs. Permission is required from the Central Drugs Standard Control Organization and Drugs Technical Advisory Board for importing or manufacturing new drugs as well as conducting clinical trials. Applications must include chemical, pharmaceutical, pre-clinical, and clinical data. Clinical trials must be approved by licensing authorities and ethics committees and informed consent is required. Sponsors and investigators have responsibilities to patients' rights and safety. Trials progress through Phases I-IV and special studies on populations like geriatrics are addressed along with post-marketing surveillance. Detailed appendices provide guidelines on submitting applications and
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2. 1. Current Status and Outlook of Global
Pharmaceutical Market
A. World Pharmaceutical Industry
Global pharmaceutical market size in ’05
602 trillion KRW with 10% annual growth rate
Steady growth is expected
Expected to be 900 trillion KRW by 2010
Global Pharmaceutical Market (in trillion)
1998 1999 2000 2001 2002 2003 2004 2005
Global
Market
(KRW)
298 331 356 390 427 497 559 602
Growth
Rate
7% 11% 11% 13% 9% 10% 8% 7%
Sources: IMS health, IMS MIDAS, Quantum
3. B. Market Status in Major Regions
Market leaders
U.S.A. with 45% of global market share
Europe: Germany, France, England, and Italy
Japan with 11% of market share, 60 trillion KRW
China with the highest growth rate: 30%
Country
Market Size
(trillion KRW)
Market Share
(%)
Growth Rate for Past 12
month (%)
U.S.A. 246.4 44.7 7
Germany 31.2 5.7 6
France 30.3 5.5 7
England 20.3 3.7 3
Italy 19.4 3.5 0
Japan 60 10.9 3
China 17 2.8 30
Market Share Status in 2005
Japan : 11 of world’s 50 largest companies, such as Takeda
China : Fast market growth ( Increased 28% from 2004 to 2005)
4. C. Outlook
• Steady increase of medical expenses:
– The price of medicine, due to the aging society
– Spread of well-being trend, improvement in quality of life as
household income increases
– Expanding demand in Quality of Life Drug for chronic diseases
such as obesity, hypertension, erectile dysfunction, and diabetes
• Expects rapid growth of natural substance based drugs, due to
the expansion of preventive and alternative medicine usage
5. 2. Pharmaceutical Industry in Korea
A. General Status
When compared with GDP, Korea's medical expense is lower
than other OECD members (6%)
Compared with medical price, it is the highest (28%)
With increase of income and change of life style, Korean
pharmaceutical market is pursuing Quality of Life Drug, like
other developed countries
B. History of Domestic Pharmaceutical Industry
Secured medical technology in 1960's
Established domestic drugs from materials in 1970's
Started to develop new drugs in late 1980's
Development of antibiotics was major focus until 90's
Development of geriatric drug after 2000
Hereafter, to enhance the quality of life, obesity, alopecia, and
erectile dysfunction drugs will be the major development of
domestic pharmaceutical industry.
6. History of New Drug R&D in Korea
Antibiotics
(1980’s ~ 1990’s)
Drugs for diseases caused
by living habit
(1990’s ~ Present)
QOL Drugs
(2000’s and after)
Decrease of antibiotic
1980’s: 20%
2001: 15%
Due to brief treatment
period for antibiotics, they
have shorter expiration
date
Transition from infection
treatment drug based
market to chronic and
geriatric drug based market
(Larger emphasis on
chronic and geriatric
diseases, such as
hypertension and diabetes)
To follow current life
trend, rapid growth of
QOL drugs, rather than life
related drugs
Along with growth of
technology, vast possibility
of development of erectile
dysfunction, obesity and
alopecia drugs
7. C. Market size and its structure
• Total production of domestic drug market: 9.6 trillion KRW in 2004,
11.3 trillion KRW in 2006 (Actual product sales)
– 1.3% of GDP
– 1.8% of global market, 11th largest market and rapidly growing.
Domestic Market in Global Pharmaceutical Market
Year 2000 2001 2002 2003 2004
Share 2.2% 1.8% 1.8% 1.7% 1.8%
Sources: Global market, IMS Health, 2005; Korean market, actual product sales in Korea pharmaceutical
manufactures association, 2005
8. D. Development of New Drugs
• Major development of new drugs after introduction of “Material
Patent System” in 1987
– “Sunpla inj.” (SK Pharmaceuticals, ‘99) First domestically
developed drug
– “Factive” (LG Life Science) FDA approved (April, ‘03)
– As of 2007
• Total of 15 drugs were domestically developed and about 40 technologies exported.
• Clinical trial for new drugs: about 30 cases
• Pre-clinical trial in process: 25 cases
• With approval of FDA (U.S.A.), 5~6 new drugs are in clinical trials
9. New Development Projects for Major Korean Companies
Products Stages # Products # Companies
Phase I 7 7
Phase II 11 9Clinical Trial
Phase III 12 7
Preclinical 50 25
New Drugs
Discovery 28 14
Others
New formulations /Combinations
/DDS
75 33
Biotech Medicines 26 16
10. Achievement of New Drug R&D in Korea
Indication / Efficacy
No. Product Company Approved date
1 Sunpla injection SK chemicals Stomach cancer Sep. 1999
2 EGF topical solution Daewoong Pharm. Co., Ltd. Diabetic antiulcerant May. 2001
3 Milican Dong Wha Pharm. Anti Liver Cancer July. 2001
4 Q-roxin Tablet
ChoongWae Pharma
Corporation
Urinary infection Feb. 2001
5 Joins Tablet SK chemicals Antiarthritis July. 2001
6 Stillen Capsule Dong-A Pharm. Co.,Ltd. Gastritis June. 2002
7 Factive Tablet LG Life Sciences Ltd. Antibiotic Dec. 2002
8 Apitoxin GuJu Pharm. Co., Ltd. Antiarthritis May. 2003
9 Pseudovaxin injection CJ Pseudomonas aeruginosa May. 2003
10 Camtobell injection
Chong Kun Dang Pharm.
Corp.
Anticancer Jan. 2003
11 Revanex Tablet YUHAN Corporation Antiulcer Sep. 2005
12 Zydena Tablet Dong-A Pharm. Co.,Ltd. Erectile Dysfunction Nov. 2005
13 Levovir Capsule Bukwang Pharm.Co.,Ltd. Hepatitis B Nov. 2006
14 Mvix Tablet SK chemicals Erectile Dysfunction July. 2007
Joins Tab., Stillen Tab., and Apitoxin have been classified as natural substance based drugs, and have been excluded from
cell treatment
11. E. Infrastructure of Clinical Trials
• Established “Good Clinical Practices” in December 1987
• Mandatory in October, 1995
– Adopted ICH GCP standard in Jan. 2000, reinforced subject’s right,
its safety protection and the liability of the testers
– IND (Investigational new Drug Application) became effective in
dec. 2002, establishing the founding stone of Global Harmonization
• Total 16 preclinical testing facilities (GLP appointed) for
new drug development, and 3 facilities with ability to
conduct all stages of the test
• Clinical trials is conducted in 119 institutions
12. Current Status of Preclinical Trial October 2008.3
NO SITE
1 KOREA INSTITUTE OF TOXICOLOGY
2 YUHAN RESEARCH INSTITUTE
3 LG LIFE SCIENCES RESEARCH INSTITUTE
4 BIOTOXTECH
5 OCCUPATIONAL SAFETY AND HEALTH RESEARCH INSTITUTE
6 CHEMON PRECLINICAL RESEARCH CENTER
7 AMOREPACIFIC R&D CENTER
8 CLINICAL RESEARCH INSTITUTE SEOUL NATIONAL UNIVERSITY HOSPITAL
9 KOREA TESTING & RESEARCH INSTITUTE
10 MEDVILL
11 BIOCORE
12 IBIOPHARM
13 CENTER FOR BIOSAFETY CATHOLIC UNIVERSITY OF DAEGU
14 CLINICAL RESEARCH INSTITUTE DONGA UNIVERSITY MEDICAL CENTER
15 SEOUL PHARMA LABORATORIES
16 KOREA ENVIRONMENT & MERCHANDISE TESTING INSTITUTE
13. • Established global level infrastructure of clinical trials, along with
active development of new drugs and discovery of replacement
drugs by the pharmaceutical companies and new venture life
science firms
– With the increase of global clinical trials, domestic trials also
increase rapidly
Clinical Trial Status (Numbers of Practice)
2001 2002 2003 2004 2005 2006 2007
Total 45 55 143 136 185 218 281
Domestic
Trials
27 38 97 75 90 110 134
Others 18 17 46 61 95 108 147
14. New Drug Development Cases in Korea(1)
• Small molecules, approved by FDA
– Brand name : Factive tablet/Tablets (Ethical drug)
– Company : LG Life Science
– Active Ingredient : gemifloxacin mesylate
– Indication : synthetic broad-spectrum antibacterial agent
– Dosage & Administration :
Acute bacterial exacerbation of chronic bronchitis :
DOSE-One 320mg tablet daily / DURATION-5 days
Community-acquired pneumonia :
DOSE-One 320mg tablet daily / DURATION-7 days
15. New Drug Development Cases in Korea(2)
• Success of natural substance based development, derived from
traditional medicine
– Brand name : Stillen Capsules/Tablets (Ethical drug)
– Company : Dong-A Pharmaceutical.
– Active Ingredient : Extract of Artemisia princeps 60mg
– Indication : Gastrointestinal diseases
(Gastritis, Prevention of gastritis by NSAID)
– Dosage & Administration : 1Tab. Three times daily
– Sales : 60 billion KRW in 2007
16. 3. Assessment of Korea’s New Drug Development
• One new product every year since 2000
– Products are mostly sold in domestic market
– Drugs based on natural substances are more compatible than
chemical based
• New drugs are developed from initial research stages and
showed maximization of potential for successful
development
– There are limits due to its prolonged time and high risk
– Most of the projects in initial research stages are funded by
the government
• Infrastructure of clinical test has been evaluated to have
global competitiveness
– Infrastructure needs to be expanded for continuous
development of new drugs
17. To contribute to Asian’s health and the region’s
economic growth, through maximizing Korean
pharmaceutical industry’s strength and
complementing its weaknesses
From a future-oriented and a long term point of view,
Korea, China and Japan need to establish their
cooperation by amplifying their similarities and the
strengths
18. 4. Direction of Global Development with
Korea, China and Japan
A. Establish a system to deliver new drugs to the patients
immediately among the three nations
B. Differentiate from U.S.A., Europe and Japan centered ICH, and
shape Global Development with enhanced regional
characteristics
– Recognize the differences among countries, but suggests that
its direction of pharmaceutical industry of the three countries
while presenting a future plan
– Develop a plan to utilize geographic proximity, cultural and
ethnic similarity for global development of science
19. • For global harmonization, Korea has implemented regulations
regarding clinical and preclinical trials, authorization (IND, NDA)
and production (DMF, GMP) to amend ICH’s suggested guidelines
for quality, safety and validity.
• Korea has announced “Development of the Pharmaceutical Industry
as a New Growth Power” as a government project, promoting
global harmonization of the pharmaceutical industry.
20. 6. Role of KFDA
Continual pursuit of global harmonization: implementation of
ICH guidelines
– Introduced ICH GCP (Currently enforced)
– Introduced OECD GLP standard (Currently enforced)
– DMF system, upgraded cGMP standard (Currently enforced)
– Introduced CTD system (Plan to enforce in March ’09 with
new drugs)
Discovery of Eastern Values: Focus of Korea, China and
Japan’s cooperation
– Develop plan to reflect Eastern values such as natural substa
nce, herbal medicine, etc.
– Reflect Asian experience through cooperation of Korea,
China, and Japan
21. Share technology and experience centered Asian clinical trial
– Participate in expedited new medicine development through
cooperative clinical trial among Korea, China, and Japan in
order to provide a scientific explanation for differences in
ethnicities
Cooperation for holding a joint seminar among Korea, China,
and Japan pharmaceutical associations and regulatory
organizations
22. Operate a Korean professional group to seek Korea, China, and
Japan cooperation plan through a Korean professional group
– Herbal and natural substance medicine division
– Korea, China, and Japan cooperative clinical trial, cross-bridge
division
• Search for scientific explanation for ethnic differences
– Review Process division
– Regulation and system harmonization division