1) The document summarizes the state of clinical research in India, including the growth of the domestic and global clinical trials market in India, drivers of industry change, and India's strengths that make it an attractive location for outsourcing clinical research.
2) Key points discussed include India having a large, diverse population and strong technical skills that help accelerate patient recruitment for clinical trials compared to other countries. Costs of conducting clinical research in India are also much lower.
3) Challenges discussed include the need to further streamline regulatory processes, improve site infrastructure and staff training, and ensure strong data privacy protections to gain client confidence in outsourcing to India.
A clinical research coordinator (CRC) is responsible for conducting clinical trials according to regulatory requirements and under the supervision of the principal investigator. The CRC acts as a vital link between all parties involved in the clinical trial. Their responsibilities include completing feasibility assessments, obtaining ethics committee approval, recruiting and retaining subjects, maintaining documentation, ensuring safety of patients, and closing out the trial in accordance with regulations.
Clinical research involves systematically studying new drugs in human subjects to discover and verify their safety, efficacy, clinical effects, and adverse reactions. Careers in clinical research include clinical research associate, clinical research coordinator, clinical investigator, medical advisor, biostatistician, data manager, clinical trial auditor, medical writer, and clinical research trainer. Clinical research work involves clinical trial processes and operations, clinical data management, medical writing, pharmacovigilance, regulatory affairs, and quality assurance.
Well-trained clinical research professionals are in high demand. The tremendous increase in medical technology and information in the last decade has resulted in an explosion of potential new drugs, devices and biologics that must be tested before being released for use by the public. The profession is constantly challenged to improve and streamline the clinical research programs in order to shorten the development timelines and control the cost for new product development
“CSR is a detailed regulatory document which gives the information about the methods and results (related to efficacy and safety) of a clinical trial. CSRs are created as a part of the process of submitting applications to the Regulatory Authorities for new medical treatments and for its approval. CSRs can be full, abbreviated, synopsis, supplementary, observational etc as per the results and requirements”.
Monitoring in clinical trials serves several key purposes: to protect the rights and welfare of human subjects, ensure the accuracy and completeness of trial data, and confirm compliance with regulatory standards and the study protocol. There are various types of monitoring, including central monitoring of data for unusual patterns, risk-based monitoring focusing on higher risk aspects, and on-site monitoring to check participant enrollment and informed consent, study conduct, drug accountability, and accuracy of source data documentation. Routine monitoring visits evaluate study progress, resources, laboratory facilities, investigational products, compliance with the protocol and regulations, case report forms, source data verification, adverse events documentation, and regulatory files.
Regulation in clinical trial, Schedule Y and recent amendmentsDr. Siddhartha Dutta
Regulatory framework of India, Acts and Regulations for conduct of clinical trial in India, Schedule Y, approval of new chemical entity and recent amendments
In any work or process documents that are needed before initiation, Between or generally the end of the process just like in a clinical trial those “Documents which permit evaluation of the conduct of a trial and the quality of the data produced. It is given in the 8th section of the ICH-GCP.
A clinical research coordinator (CRC) is responsible for conducting clinical trials according to regulatory requirements and under the supervision of the principal investigator. The CRC acts as a vital link between all parties involved in the clinical trial. Their responsibilities include completing feasibility assessments, obtaining ethics committee approval, recruiting and retaining subjects, maintaining documentation, ensuring safety of patients, and closing out the trial in accordance with regulations.
Clinical research involves systematically studying new drugs in human subjects to discover and verify their safety, efficacy, clinical effects, and adverse reactions. Careers in clinical research include clinical research associate, clinical research coordinator, clinical investigator, medical advisor, biostatistician, data manager, clinical trial auditor, medical writer, and clinical research trainer. Clinical research work involves clinical trial processes and operations, clinical data management, medical writing, pharmacovigilance, regulatory affairs, and quality assurance.
Well-trained clinical research professionals are in high demand. The tremendous increase in medical technology and information in the last decade has resulted in an explosion of potential new drugs, devices and biologics that must be tested before being released for use by the public. The profession is constantly challenged to improve and streamline the clinical research programs in order to shorten the development timelines and control the cost for new product development
“CSR is a detailed regulatory document which gives the information about the methods and results (related to efficacy and safety) of a clinical trial. CSRs are created as a part of the process of submitting applications to the Regulatory Authorities for new medical treatments and for its approval. CSRs can be full, abbreviated, synopsis, supplementary, observational etc as per the results and requirements”.
Monitoring in clinical trials serves several key purposes: to protect the rights and welfare of human subjects, ensure the accuracy and completeness of trial data, and confirm compliance with regulatory standards and the study protocol. There are various types of monitoring, including central monitoring of data for unusual patterns, risk-based monitoring focusing on higher risk aspects, and on-site monitoring to check participant enrollment and informed consent, study conduct, drug accountability, and accuracy of source data documentation. Routine monitoring visits evaluate study progress, resources, laboratory facilities, investigational products, compliance with the protocol and regulations, case report forms, source data verification, adverse events documentation, and regulatory files.
Regulation in clinical trial, Schedule Y and recent amendmentsDr. Siddhartha Dutta
Regulatory framework of India, Acts and Regulations for conduct of clinical trial in India, Schedule Y, approval of new chemical entity and recent amendments
In any work or process documents that are needed before initiation, Between or generally the end of the process just like in a clinical trial those “Documents which permit evaluation of the conduct of a trial and the quality of the data produced. It is given in the 8th section of the ICH-GCP.
This presentation is a brief overview of ICH-GCP guidelines. Although ICH-GCP is a very vast topic, still this presentation will cover almost all the points. The reader will be able to discuss about the roles and responsibilities of various personnel in clinical trials.
The clinical trial process involves planning, implementing, and analyzing clinical studies. The planning stage includes developing the study protocol and case report forms, designing the database, selecting study sites, and obtaining regulatory approval. During implementation, sites are activated, patients are screened and enrolled, data is collected and entered, and the database is locked. In the analysis stage, statistical analysis is conducted according to the analysis plan and clinical study reports are generated for regulatory submission. The goal is to carefully plan and implement the study to generate high quality data that can be accurately analyzed to draw clear conclusions.
The document discusses factors to consider when selecting clinical trial sites and investigators. Key criteria for site selection include the experience and qualifications of staff, availability of suitable patients, and ability to perform required assessments. Important considerations for investigator selection are their education, training, experience recruiting patients, and ability to properly conduct the trial within the required timelines. The selection process involves sponsors asking CROs to evaluate potential sites and investigators through feasibility interviews and assessments of qualifications.
Clinical research involves systematic studies in human subjects to improve quality of life. Clinical trials are a form of clinical research that experimentally tests medications, devices, or biologics to evaluate safety and effectiveness. There are different phases of clinical trials, from small early phase safety studies to larger late phase studies to establish efficacy. Clinical trials require many players including regulators, sponsors, investigators, ethics committees, and participants to design, monitor, and conduct the trials according to strict protocols to safely and effectively evaluate potential new treatments.
The document discusses the role of patients, healthcare professionals, and academics in the European Medicines Agency's (EMA) process of approving medicines in the European Union. It describes how patients and patient organizations can provide input and expertise at various stages of the medicine development and review process. This includes involvement in scientific committees, evaluation of product information for patients, and review of safety communications. While patient participation has increased in recent years, challenges remain around representation, measuring impact, and ensuring comprehensive training. The EMA also facilitates collaboration with healthcare professionals and academics to enhance regulation and research.
Essential Documents of Clinical Trials_2heba rashed
Essential documents for clinical trials include documents that demonstrate compliance with good clinical practice standards and regulations. These documents are grouped into three sections: before, during, and after the clinical trial. Key documents include the protocol, patient consent forms, safety reports, data records, and archival documents that must be retained for 15 years. Maintaining organized essential document files is important for evaluating trial conduct and data quality.
This document provides an overview of clinical research and the clinical trial process. It discusses the various phases of clinical trials from phase 1 to phase 4. Phase 1 trials assess safety in a small group of participants, while phase 2 trials provide preliminary efficacy and safety data in patients. Phase 3 trials further evaluate efficacy and monitor safety in a larger group of patients. Phase 4 trials collect additional safety and efficacy data after marketing approval. The document outlines the objectives and requirements of each phase of clinical trials and the overall goal of generating evidence about new treatments to improve human health.
The sponsor is responsible for initiating, managing, and financing clinical trials. This includes selecting investigators and sites, defining responsibilities, submitting documents for regulatory approval, monitoring safety and progress, ensuring proper labeling and storage of investigational products, auditing sites for compliance, and preparing and submitting clinical trial reports to regulatory authorities. The sponsor may delegate trial-related duties to third parties like CROs but retains ultimate responsibility for the trial.
Clinical research involves systematic studies on humans to test new drugs, devices, or procedures for safety and effectiveness. The document outlines the various phases of clinical research and drug development process. It describes the roles and responsibilities of key players on a research team including the principal investigator, clinical research coordinator, clinical research associate, and others. It also discusses ethical principles in clinical research and important considerations like informed consent and safety monitoring.
The safety monitoring in a clinical trail accompanies by common practices in safety monitoring, communicating safety information among stakeholders in a clinical trail.
Clinical data management is the process of collecting, validating, and cleaning data from clinical trials. It aims to ensure data quality and integrity. Key aspects of clinical data management include electronic data capture, establishing data standards, using clinical data management systems, and performing activities like data collection, validation, and discrepancy management. It follows guidelines from organizations like SCDM and regulations like 21 CFR Part 11.
The clinical research associate (CRA), also known as the monitor, acts as the main line of communication between the sponsor and investigator. The CRA is responsible for evaluating investigators to ensure they are qualified through training and experience and have adequate resources to properly conduct the trial. Additional responsibilities include conducting pre-study visits to assess investigator experience and facilities, site initiation visits to detail study obligations, and routine monitoring visits to ensure subjects' rights and data accuracy and compliance with regulations. The CRA also performs site closeout visits when enrollment and subjects' activities are complete and data are finalized.
Clinical trials involve testing investigational drugs or treatments on human subjects to determine safety and efficacy. They progress through several phases, beginning with small pre-clinical trials on animals. Phase 1 trials involve 20-50 healthy volunteers to assess pharmacokinetics and safety. Phase 2 trials enroll 50-300 patient volunteers to further evaluate safety and dosage. Phase 3 trials are large randomized controlled trials of 250-1000+ subjects comparing the investigational treatment to standard treatment or placebo. If Phase 3 is successful, the results are submitted to regulatory agencies for approval to market the new drug. Post-marketing Phase 4 trials monitor long-term safety and efficacy.
The document defines key terms related to clinical trial monitoring such as monitoring, monitoring visits, and monitoring reports. It describes the purpose of monitoring is to protect subjects, ensure accurate data, and ensure compliance. It discusses selecting qualified monitors and different types of monitoring visits including site evaluation, initiation, routine monitoring, and close-out visits. The key responsibilities of monitors during visits are also summarized.
Table of contents
-Definition of CRF
-What is CRF
-Types & Methods of filling of CRF
-CRF Input team
-CRF Approval team
-Review team
-Facts about CRF
-Purpose of CRF
-CRF Development process & Guidelines
-Elements of CRF
-CRF Design
-CRF completion checklist
-CRF Design tools
-CRF use
-GCP connection
The document discusses the basics of clinical research and clinical trials. It covers the key steps in drug discovery and development including target selection, validation, drug selection, optimization, pre-clinical and clinical testing. Clinical trials are systematic investigations in human subjects to evaluate safety and efficacy of new drugs, and are done in 4 phases. It takes approximately 10-12 years and $800 million to bring a new drug to market. Regulations, stakeholders, essential documents, and infrastructure requirements for clinical trials are also outlined.
Clinical research involves organized studies on human subjects to evaluate the safety and efficacy of new drugs, medical devices, and other therapies. It is a critical part of the drug development process, accounting for two-thirds of the total time and costs. India has become an attractive location for clinical research due to its low-cost yet skilled workforce, large patient populations, and established expertise in pharmaceuticals and business processes. The clinical research sector in India is growing rapidly, driven by global outsourcing trends and capabilities within the Indian pharmaceutical industry.
This presentation is a brief overview of ICH-GCP guidelines. Although ICH-GCP is a very vast topic, still this presentation will cover almost all the points. The reader will be able to discuss about the roles and responsibilities of various personnel in clinical trials.
The clinical trial process involves planning, implementing, and analyzing clinical studies. The planning stage includes developing the study protocol and case report forms, designing the database, selecting study sites, and obtaining regulatory approval. During implementation, sites are activated, patients are screened and enrolled, data is collected and entered, and the database is locked. In the analysis stage, statistical analysis is conducted according to the analysis plan and clinical study reports are generated for regulatory submission. The goal is to carefully plan and implement the study to generate high quality data that can be accurately analyzed to draw clear conclusions.
The document discusses factors to consider when selecting clinical trial sites and investigators. Key criteria for site selection include the experience and qualifications of staff, availability of suitable patients, and ability to perform required assessments. Important considerations for investigator selection are their education, training, experience recruiting patients, and ability to properly conduct the trial within the required timelines. The selection process involves sponsors asking CROs to evaluate potential sites and investigators through feasibility interviews and assessments of qualifications.
Clinical research involves systematic studies in human subjects to improve quality of life. Clinical trials are a form of clinical research that experimentally tests medications, devices, or biologics to evaluate safety and effectiveness. There are different phases of clinical trials, from small early phase safety studies to larger late phase studies to establish efficacy. Clinical trials require many players including regulators, sponsors, investigators, ethics committees, and participants to design, monitor, and conduct the trials according to strict protocols to safely and effectively evaluate potential new treatments.
The document discusses the role of patients, healthcare professionals, and academics in the European Medicines Agency's (EMA) process of approving medicines in the European Union. It describes how patients and patient organizations can provide input and expertise at various stages of the medicine development and review process. This includes involvement in scientific committees, evaluation of product information for patients, and review of safety communications. While patient participation has increased in recent years, challenges remain around representation, measuring impact, and ensuring comprehensive training. The EMA also facilitates collaboration with healthcare professionals and academics to enhance regulation and research.
Essential Documents of Clinical Trials_2heba rashed
Essential documents for clinical trials include documents that demonstrate compliance with good clinical practice standards and regulations. These documents are grouped into three sections: before, during, and after the clinical trial. Key documents include the protocol, patient consent forms, safety reports, data records, and archival documents that must be retained for 15 years. Maintaining organized essential document files is important for evaluating trial conduct and data quality.
This document provides an overview of clinical research and the clinical trial process. It discusses the various phases of clinical trials from phase 1 to phase 4. Phase 1 trials assess safety in a small group of participants, while phase 2 trials provide preliminary efficacy and safety data in patients. Phase 3 trials further evaluate efficacy and monitor safety in a larger group of patients. Phase 4 trials collect additional safety and efficacy data after marketing approval. The document outlines the objectives and requirements of each phase of clinical trials and the overall goal of generating evidence about new treatments to improve human health.
The sponsor is responsible for initiating, managing, and financing clinical trials. This includes selecting investigators and sites, defining responsibilities, submitting documents for regulatory approval, monitoring safety and progress, ensuring proper labeling and storage of investigational products, auditing sites for compliance, and preparing and submitting clinical trial reports to regulatory authorities. The sponsor may delegate trial-related duties to third parties like CROs but retains ultimate responsibility for the trial.
Clinical research involves systematic studies on humans to test new drugs, devices, or procedures for safety and effectiveness. The document outlines the various phases of clinical research and drug development process. It describes the roles and responsibilities of key players on a research team including the principal investigator, clinical research coordinator, clinical research associate, and others. It also discusses ethical principles in clinical research and important considerations like informed consent and safety monitoring.
The safety monitoring in a clinical trail accompanies by common practices in safety monitoring, communicating safety information among stakeholders in a clinical trail.
Clinical data management is the process of collecting, validating, and cleaning data from clinical trials. It aims to ensure data quality and integrity. Key aspects of clinical data management include electronic data capture, establishing data standards, using clinical data management systems, and performing activities like data collection, validation, and discrepancy management. It follows guidelines from organizations like SCDM and regulations like 21 CFR Part 11.
The clinical research associate (CRA), also known as the monitor, acts as the main line of communication between the sponsor and investigator. The CRA is responsible for evaluating investigators to ensure they are qualified through training and experience and have adequate resources to properly conduct the trial. Additional responsibilities include conducting pre-study visits to assess investigator experience and facilities, site initiation visits to detail study obligations, and routine monitoring visits to ensure subjects' rights and data accuracy and compliance with regulations. The CRA also performs site closeout visits when enrollment and subjects' activities are complete and data are finalized.
Clinical trials involve testing investigational drugs or treatments on human subjects to determine safety and efficacy. They progress through several phases, beginning with small pre-clinical trials on animals. Phase 1 trials involve 20-50 healthy volunteers to assess pharmacokinetics and safety. Phase 2 trials enroll 50-300 patient volunteers to further evaluate safety and dosage. Phase 3 trials are large randomized controlled trials of 250-1000+ subjects comparing the investigational treatment to standard treatment or placebo. If Phase 3 is successful, the results are submitted to regulatory agencies for approval to market the new drug. Post-marketing Phase 4 trials monitor long-term safety and efficacy.
The document defines key terms related to clinical trial monitoring such as monitoring, monitoring visits, and monitoring reports. It describes the purpose of monitoring is to protect subjects, ensure accurate data, and ensure compliance. It discusses selecting qualified monitors and different types of monitoring visits including site evaluation, initiation, routine monitoring, and close-out visits. The key responsibilities of monitors during visits are also summarized.
Table of contents
-Definition of CRF
-What is CRF
-Types & Methods of filling of CRF
-CRF Input team
-CRF Approval team
-Review team
-Facts about CRF
-Purpose of CRF
-CRF Development process & Guidelines
-Elements of CRF
-CRF Design
-CRF completion checklist
-CRF Design tools
-CRF use
-GCP connection
The document discusses the basics of clinical research and clinical trials. It covers the key steps in drug discovery and development including target selection, validation, drug selection, optimization, pre-clinical and clinical testing. Clinical trials are systematic investigations in human subjects to evaluate safety and efficacy of new drugs, and are done in 4 phases. It takes approximately 10-12 years and $800 million to bring a new drug to market. Regulations, stakeholders, essential documents, and infrastructure requirements for clinical trials are also outlined.
Clinical research involves organized studies on human subjects to evaluate the safety and efficacy of new drugs, medical devices, and other therapies. It is a critical part of the drug development process, accounting for two-thirds of the total time and costs. India has become an attractive location for clinical research due to its low-cost yet skilled workforce, large patient populations, and established expertise in pharmaceuticals and business processes. The clinical research sector in India is growing rapidly, driven by global outsourcing trends and capabilities within the Indian pharmaceutical industry.
Clinical research in India is growing rapidly due to several factors:
- India has a large population with a growing disease burden similar to developed countries. This provides opportunities for clinical trial recruitment.
- Regulatory reforms have made the approval process for clinical trials much faster, within 6-8 weeks for some applications.
- Costs for conducting clinical trials are around half of Western countries, providing significant cost savings for sponsors.
- There is an increasing pool of experienced investigators and staff familiar with Good Clinical Practice who can conduct trials to international standards.
- The pharmaceutical industry and contract research organizations see India as an important location for outsourcing various stages of drug development to take advantage of the opportunities.
This presentation gives the details about career opportunities in clinical research, clinical research courses available in India and clinical research training.
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.
Zamagwala Gwala's curriculum vitae provides details about her personal and contact information, education background, employment history, skills, and references. She has a background in holistic home-based care and is currently employed as a non-sale agent and quality assurance agent at Velociti, where her responsibilities include supporting sales efforts and identifying opportunities. Her CV includes information to showcase her qualifications and experience for employment opportunities.
To handle AYUSH clinical trials trained and skilled AYSUH professionals are required at various job positions by clinical research organizations (Govt. & Pvt.) which includes Pharmaceuticals, Biotech Organizations, AYUSH Research Organizations, Hospitals, Contract Research Organizations, Site Management Organizations, Government Research Organizations etc. This presentation would be helpful for professionals from Ayurveda, Homeopathy, Siddha, Unani to know and explore a new career avenue in AYUSH clinical research system.
Research on Traffic Congestion in BangaloreMasroor Baig
Bangalore has the 6th worst traffic in the world. The increase in vehicles has outpaced the growth of road infrastructure. This has led to increased traffic congestion, especially in areas with many IT companies. The document examines reasons for traffic and proposes solutions like increasing vehicle occupancy, investing in public transport and road infrastructure, and encouraging more sustainable transportation options to reduce environmental impacts.
This document analyzes research trends in artificial intelligence in India by comparing Indian research results to worldwide research. It finds that while the quality of individual Indian researchers is high, overall research participation and output in India is lower than major countries and does not match worldwide growth trends. There is a large gap between university and industry research involvement in India. The document concludes that to advance AI research in India, industry-academia collaboration needs to increase and research efforts need to be scaled up aggressively.
This document discusses emerging and re-emerging infectious diseases. It begins by outlining the objectives and key terms. It then provides background on how human diseases have changed as humans migrated and civilization developed. The document identifies several potential contributing factors to new diseases emerging, such as population growth, poverty, human behavior changes, and technological advances. It also discusses challenges like antibiotic resistance and how diseases spread through increased population movement and globalization. Finally, it examines the development of global surveillance networks and international agreements to control infectious diseases.
PRESENT SCENARIO OF INDIAN PHARMACEUTICAL INDUSTRY IN VIEW OF GLOBAL ...sridivyaannavarapu
THE INDIAN GOVERNMENT HAS STARTED TO ENCOURAGE THE GROWTH OF DRUG MANUFACTURING BY INDIAN COMPANIES IN THE EARLY 1960s. AT PRESENT THERE ARE MANY NUMBER OF PHARMACEUTICAL COMPANIES IN INDIA WITH MANY NOVEL DRUG INVENTORIES
The document provides information about opportunities in the clinical research industry. It discusses what clinical research is and the drug development process. It outlines the growing industry opportunity, with increasing demand for clinical research professionals and rapid investment growth in the field. Various career opportunities and paths in clinical research are also presented, along with salary ranges and eligibility requirements to work in clinical research.
Unit 3.1 Regulatory Framework - Indian PerspectiveCharu Rastogi
This presentation discusses regulatory framework of international finance from the Indian perspective-FEMA and FERA, foreign trade policy, role of RBI, rupee convertibility, EOU/STPI, SEZ, EPZ.
The document summarizes the new drug approval process and development of generic medications. It discusses that new drugs undergo pre-clinical testing in labs and animals, followed by four phases of clinical trials in humans that can take 10-15 years total. If approved, generics can be developed through an abbreviated process by proving bioequivalence to the original. The document stresses the importance of accuracy in prescribing and dispensing drugs due to the risk of errors from similar drug names.
Regulations for drug approval in USA, E.U & India
Pharmaceutical industry is the most regulated of all the industries. Regulations are put in order to develop the most efficient and safe pharmaceutical products. It takes more than 8 to 15 years to develop a new drug product & costs more than $ 800 million.
The document discusses various types of clinical trial designs including observational studies, uncontrolled experiments, non-randomized controlled trials, and randomized controlled trials. It provides examples of different randomized controlled trial designs such as parallel group trials, crossover trials, and cluster randomized trials. Factorial and Latin square designs are also summarized. The key advantages and disadvantages of randomized controlled trials are outlined.
The document provides an overview of the Indian pharmaceutical market. It discusses key trends in the market including its size, growth drivers, segments and future scope. Some of the main points covered are:
- The Indian pharma market is the 3rd largest by volume and 10th by value, with domestic sales of $6 billion and exports of $6.3 billion. It is expected to grow at 14% annually to $47 billion by 2018.
- Branded generics dominate at 90% of the market. Chronic therapies are growing faster than acute therapies. Rural markets represent 20% of the market currently and are seen as the next growth frontier.
- Key growth drivers include population expansion, a growing middle class
Indian Pharmaceutical Export Market - Top Export Destinations for Indian Phar...Irish Pereira
By Mr. Irish Pereira. The report present snapshot of Indian Pharmaceutical industry in both domestic as well as export market. It is collation of facts pertaining to Indian pharma exports and explore key emerging trends pertaining to pharma export market. It describes key players of Indian pharma market and their export orientation as in their target export destinations, their focus therapies etc.
Fact sheet:
1) Indian Pharma Market size 2015
2) Indian pharmaceutical market segments by value
3)Patented (Innovator) Vs Generics Scenario
4)Growth drivers of Indian pharmaceutical industry
5) Indian Pharmaceutical sector – SWOT Analysis
6)PHARMEXCIL – Facilitating agency for Indian Pharma Exports
7) Indian Pharmaceutical Exports (USD bn)
8)Formulations share in Total Pharma Exports (2014-15)
9) Top 25 destination countries of India’s pharmaceutical exports during 2013-14 (INR mn)
10) Major Indian Pharma Companies (By Revenue-USD mn)
11) Pharma players and their export destinations
Sun Pharma,Dr. Reddy’s Lab,
CIPLA, Lupin, Aurobindo, Cadila Healthcare, Torrent Pharma, Wockhardt,
12) Emerging trends in Indian Pharma Market
The Indian adult nutrition market is expected to grow at a CAGR of 8% through 2030, reaching a size of USD 35.29 billion. Key drivers of growth include rising incomes, increased health awareness, and a shift towards preventative healthcare. However, the market remains underpenetrated with only 5% market saturation and low consumer awareness of daily nutrient needs. Major players include Dabur, Patanjali, GSK and Amway, who have established brands but new entrants may focus on niche segments and product innovation.
1) By 2020, the Indian pharmaceutical industry is projected to grow to $50 billion and become one of the top 10 pharmaceutical markets globally, driven by strong domestic demand and increased exports.
2) Generics are expected to continue dominating the market, accounting for around 90% of the pharmaceutical formulation market. Patent-protected drugs will make up about 10% of the market.
3) Increased healthcare infrastructure investment, rising incomes, health insurance expansion, and government programs are expected to drive growth in domestic pharmaceutical demand and help increase accessibility of drugs across India. Chronic diseases will account for over half of the pharmaceutical market.
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 analyzes the Indian pharmaceutical industry. It discusses the industry value chain including R&D, manufacturing, marketing and distribution. It also outlines the key business verticals of APIs, formulations, biologics and clinical research. The domestic market is large and growing, valued at over $12 billion in 2013. Chronic therapies are growing faster than acute therapies due to lifestyle changes. Major players include domestic firms like Cipla, Sun and MNCs like GSK. Alliances and M&A are common as firms look to capitalize on the industry potential.
This document provides an overview of the history and growth of the Indian pharmaceutical industry. It discusses how India's growing middle class and economy have increased healthcare spending and demand for drugs. It also summarizes how disease profiles are shifting towards more chronic conditions like diabetes. Government policies aim to improve healthcare access and spending. The pharmaceutical market and exports have grown significantly in recent decades and India has become a major supplier of generic drugs globally.
Growth, Innovation And Leadership Insights In Apac Healthcare Market June 2009Jasminder_Kaur
This document contains information about growth, innovation, and leadership insights in the APAC healthcare industry. It discusses 10 key trends driving changes in the healthcare market across Asia, including rising costs, an aging population, new business models, and increasing mergers and acquisitions. It also examines emerging medical technologies, such as infection control devices, home therapy solutions, and robotic surgical systems. Finally, the document provides strategies for healthcare market leaders to adapt, including becoming a brand builder, market maker, or standard setter through strategic alliances, customized solutions, and achieving scale.
PWC CII-pharma-summit-capitalising on indias growth potentialbrandsynapse
The document summarizes the growth potential of India's domestic pharmaceutical market over the next decade. It estimates that the current $12 billion market will grow to between $49-74 billion by 2020, representing a compound annual growth rate of 15-20%. Rural markets are seen as a major growth opportunity, currently contributing only 17% of sales despite having 67% of India's population. Key trends driving growth include increasing investment in India, deeper market penetration, and expansion of health insurance coverage. Barriers like access issues in rural areas and a need for awareness campaigns must be addressed for the industry's full potential to be realized.
Opportunities of BDS in Pharmaceutical Industries.pptxDr. Manoj Kumbhare
India is the second-largest pharmaceutical market in Asia. ... A BDS graduate can have various job roles available in this sector: Principal Investigator, Co-investigator, Medical Advisor, Drug Developer, Regulatory Affairs Manager or even a Clinical Research Physician.
Career opportunities in the clinical research field are many and varied, with employment settings ranging from pharmaceutical and biotechnology, to medical device companies, contract research organizations, hospitals, educational institutions, independent contractors and more.
Many professionals with a strong science or healthcare related background — such as nurses, pharmacists, medical technologists, physicians and more — are well-positioned to join the clinical research field. Here are 10 career paths in the field.
Cadila Healthcare Limited is an Indian pharmaceutical company that announced it was working on a COVID-19 vaccine called ZyCoV-D. The company saw significant growth in 2020 due to the pandemic. The document discusses Cadila's financial performance and history, provides an overview of the Indian pharmaceutical industry, and attempts an intrinsic and relative valuation of Cadila to estimate its five-year share price.
This document is a dissertation report submitted by Nikhil Jhamb to Kurukshetra University in partial fulfillment of an MBA degree. The report analyzes the management information system reports of 10 pharmaceutical companies in Paonta Sahib, India. It includes an introduction on the pharmaceutical industry in India, profiles of the 10 companies studied, a chapter on management information systems, the research methodology used, an analysis and interpretation of data from the companies' MIS reports, findings from the study, and recommendations and conclusions. The key points provided on the pharmaceutical industry in India note that supply is higher for traditional therapeutic segments typical of a developing market, while demand is very high for certain therapeutic segments and will change as life expectancy and literacy
This document is a dissertation report submitted by Nikhil Jhamb to Kurukshetra University in partial fulfillment of an MBA degree. The report analyzes the management information system reports of 10 pharmaceutical companies in Paonta Sahib, India. It includes an introduction to the Indian pharmaceutical industry, profiles of the 10 companies studied, a description of the research methodology used, an analysis and interpretation of data from the companies' MIS reports, findings from the study, and recommendations and conclusions. The Indian pharmaceutical industry is a $4.5 billion industry that is highly fragmented across more than 20,000 registered units and is an important industry in India.
India Clinical Trials Market: Industry Size and Growth Trends [2030] Analyzed...Kumar Satyam
According to TechSci Research report, "India Clinical Trials Market- By Region, Competition, Forecast & Opportunities, 2030F," the India Clinical Trials Market was valued at USD 2.05 billion in 2024 and is projected to grow at a compound annual growth rate (CAGR) of 8.64% through 2030. The market is driven by a variety of factors, making India an attractive destination for pharmaceutical companies and researchers. India's vast and diverse patient population, cost-effective operational environment, and a large pool of skilled medical professionals contribute significantly to the market's growth. Additionally, increasing government support in streamlining regulations and the growing prevalence of lifestyle diseases further propel the clinical trials market.
Growing Prevalence of Lifestyle Diseases
The rising incidence of lifestyle diseases such as diabetes, cardiovascular diseases, and cancer is a major trend driving the clinical trials market in India. These conditions necessitate the development and testing of new treatment methods, creating a robust demand for clinical trials. The increasing burden of these diseases highlights the need for innovative therapies and underscores the importance of India as a key player in global clinical research.
Oppi Mc Kinsey Research Study Transforming Indias Vaccine Markethealthcaremanas
India's vaccine market remains small and underpenetrated at around $500 million in 2012. Close to 2 million Indian lives, mainly children, are lost each year to vaccine-preventable diseases. Three key issues were identified. First, vaccine coverage rates in India lag global peers. Second, per capita vaccine spend in India is extremely low compared to other countries. Third, the market is segmented into five categories based on disease severity and age, but many segments remain underpenetrated. Barriers throughout the patient journey, from awareness to access, hinder market growth and need to be addressed.
Pharmaceutical Offshoring Landscape A Syndicated Reportshekhar619
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- India has become a major destination for clinical trials and data management due to its large, skilled talent pool and lower costs that are 20-30% of developed markets. The market for outsourced clinical trials in India is growing at 31% annually.
- Pharmaceutical companies are establishing facilities in India's Special Economic Zones which provide tax incentives and regulatory benefits to encourage further offshoring and foreign investment in the country.
This document provides an overview and outlook of the global healthcare industry in 2015, including key trends and statistics. Some of the main points covered include:
- Global harmonization is increasing in areas like regulations and standards to reduce costs and complexity. Biologics are growing in importance.
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The document discusses the Indian pharmaceutical industry. It provides an overview of major players, the Indian and global scenarios, future outlook, and areas for boosting competitiveness. The industry has grown significantly over time and India is now a top producer and exporter of generic drugs globally. The outlook remains positive with the market expected to reach $74 billion by 2020 and become one of the top ten markets worldwide. However, further investment in R&D and addressing regulatory issues can help strengthen the industry.
India is transitioning to a knowledge economy, with growth in knowledge process outsourcing (KPO) expected to reach $17 billion by 2010. The healthcare, pharmaceutical, biotechnology, and information and communication technology sectors are emerging as growth industries. India offers a highly skilled, low-cost workforce for product development and research and development activities, with investments in these sectors requiring one-fourth the funding as in other countries.
This document summarizes regulations and guidelines for conducting pharmaceutical clinical trials in India. It outlines the major regulatory bodies like DCGI, DGFT, and GEAC. It describes the statutory functions of central and state governments regarding drug licensing, approvals, and quality monitoring. Responsibilities of sponsors, investigators, and ethics committees are provided. Key aspects like clinical trial categories, amendments, safety reporting, and biologics/device regulations are summarized.
Savio Health Solutions is a life sciences market research consulting and data analysis company located in Wilmington, DE that specializes in providing customized services and solutions to meet clients' needs. Savio offers both long-term on-site support and short-term project-based support for life sciences consulting, and can manage entire projects. Their services include providing state-of-the-art research design and data analysis, educating on biostatistics, and offering hands-on training in data management and analysis procedures.
Evolving Operational Business Model in Pharmaceutical IndustrySurya Chitra,PhD MBA
The pharmaceutical industry is changing its business and operational models due to various pressures. The current model of vertical integration from research to pharmacy is shifting to a more fragmented model. Key drivers include rising costs, price pressures, increased regulation, and patent expirations. The industry must address these issues to sustain growth and profits. Alternative business strategies are needed due to instability in the current blockbuster drug model, which relies on a few highly profitable drugs to offset research and development costs.
The document discusses decision-making in industries facing dynamic changes. It argues that effective decision-making requires balancing incremental and radical innovation while managing risks and uncertainty through calculated risk models and forecasts. Organizations need simpler, more effective structures to allow for speedy, adaptive decisions prioritizing parts of the value chain. The key conclusions are that change is inevitable in industries, decision-making must be dynamic and blend experience with calculated decisions, and that the challenge is in what scientific knowledge forces organizations to decide.
The document discusses emerging business and operational models in the pharmaceutical industry driven by factors like increased regulations, price pressures, and patent expirations. It summarizes that the industry is moving away from traditional blockbuster models towards strategies like cost management, emerging market expansion, and customer value management. Project management is playing a key role in balancing risks, simplifying structures, leveraging technology, and managing adaptive flexibility across the pharmaceutical value chain.
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Forrester’s Digital Transformation Framework
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MIT’s Digital Transformation Framework
Gartner’s Digital Transformation Framework
Accenture’s Digital Strategy & Enterprise Frameworks
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Capgemini’s Digital Transformation Framework
PwC’s Digital Transformation Framework
Cisco’s Digital Transformation Framework
Cognizant’s Digital Transformation Framework
DXC Technology’s Digital Transformation Framework
The BCG Strategy Palette
McKinsey’s Digital Transformation Framework
Digital Transformation Compass
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Clinical Research In India
1. New Delhi
Clinical Research
in India
DIA – Training Course
Mumbai
Surya Chitra, Savio Group Inc
Sunder Venkatraman, Asian Clinical Trials
Bangalore
Chennai
1
3. India Fact File
Multicultural , multi-linguistic and pluralistic country
Second most culturally, linguistically and genetically
diverse geographical entity after the African continent
70% of population is rural
Literacy rate is 64.8% (53.7% for females and
75.3% for males). Independence in 1947
Second Largest democracy
Seventh largest Country
Most populous democracy in World
3
4. Indian Economy Today…
Optimistic Scenario
Fastest growing economy in the world
India's GDP in terms of USD EX exchange
transfer factor for 2007-08 is US$ 1.089 Trillion .
Purchasing power parity (PPP), India has the
world's third largest GDP at US$4.726 trillion.
World's second largest labor force
GDP growth rate of 8-9% in 2006-07
Liberalization in 1991
Multiparty democracy
Free enterprise
Vibrant media
4
5. Government Support …….
Government would provide necessary
environment to help the country emerge
as an attractive destination for
outsourcing in drug discovery and
clinical research
Indian Finance Minister- P. Chidambaram
Budget 2005-2006
5
6. Big Pharma Partnering In India
Collaborative Research
Contract Research
Big Pharma
Contract Manufacturing
Distribution in India
6
8. Global CRO Market
Clinical trials in India is growing at a 60% AAGR
Crossed USD 100 million in 2004.
By 2010, the industry will spend USD 300M+ on clinical trials in India.
25
20
15
G lo b a l C R O
m a r k e t in m ilio n
10
5
0
2006 2007 2008 2009 2010
Source :Frost and Sullivan 2003
8
10. Global Growth Of Indian Market
Outsourced Clinical Drug trials
growth more than 170%
Annual Revenues USD 120 M
with 40% growth in past year
240 international studies
recruiting subjects = 1.2% of
the total studies worldwide
66% of international clinical
trials are Phase III
40,000 subjects participated in
clinical trials to date (<0.02%
of population)
10
11. Indian Pharma Market: Low Value,
Large Volume & Growth Potential
Pharmaceutical / Biotech Sales in USD Billion
India’s pharmaceutical
5 market ranks 4th in unit sales
but 15th in value
Growth 8% per year
4
Indian companies control
70% of the market &
3 multinationals the rest
Fragmented market: leading
company has a 7% market
2
share
Biotech sales growth driven
1 by exports and vaccines,
accounts for 2% of global
market, 25% growth expected
0
over next 5 yrs compared to
1996 1998 2000 2002 2004 2006
15% market average
11
13. Pressurized Pharma industry ….
Shortage of new drug in the pipeline
Imminent Expiry of the patents on numerous
blockbusters
Intense competition among the pharmaceutical
companies
Stringent FDA and Regulatory Authority
demands
Reduction of marketing opportunity for
innovators
Pressures from Government Agencies for
reduction of cost
Increase in scientific knowledgebase and
understanding for innovators
13
14. Changing India
Increasing Education Changing lifestyle and aspirations
Increasing Income- Changing demands and
expectations
Growing middle class
Changing disease pattern
Improving Healthcare
14
15. Changing Disease Patterns
CNS
CVS
Problems of Reproductive
Cancers
Health
Diabetes
Acute Infectious Disease
Others
Nutritional Disease
15
16. Scope of Outsourcing to India
Function Current Expertise Evolving Towards
Program Design & Mgmt
CR Ops Monitoring
Full Statistical Management
Data Ops Data Mgmt
CP Ops Bioequivalence Phase I, Pharmacodynamics
16
17. Can India deliver on these?
Increase commitment to uphold & enforce
Data privacy International Property Protection as per
international standards
Regulatory approval process more streamlined
Regulatory Study start up 12 wks from regulatory submission
Government initiatives to strengthen ethics
committee approval process
Ethics
Recognition of critical importance of informed consent
Overall benefit to healthcare delivery in India
17
18. Can India deliver on these?
Data of Pivotal studies accepted by FDA/ EMEA
Quality Successful FDA audit in 2005 – no findings
Investment in education & training: state & private
Logistics More labs been setup
Training Investment in education & training: state & private
18
19. India’s Strength
Heterogeneous Population >1.2
1.5 lac sub-centres,
Different Ethnic Groups
23,000 primary health centres,
billon
4000 community health centres
Endogamous tribal population
1,600 urban family welfare centres
(conserved gene pool)
New Delhi
3 million graduates,
700,000 post – graduates Mumbai 200 Medical Colleges
1500 PhDs in biosciences and Research Institutes
engineering Bangalore Universities
Employment for 15,000 scientists Chennai 11,500 hospitals and 14,000 diagnostic
exists in Indian Biotech itself. laboratories
5000 harnessed 50 R&D labs in the public sector & 200
Potential for hiring 50,000 in Govt. Sector
professionals
over 5 years in the Contract Research
19
20. India’s Strength
Strong IT prowess
English is main language
of communication
New Delhi
Mumbai
Increased investment
Net connectivity Bangalore
Beneficial tax environment
Chennai
20
21. Growth Of Collaborative Models
Within the local industry CR has evolved as an integral part of the
product development cycle
The top 20 Indian companies now have active NCE development
programs that require clinical development capabilities
Several have set up collaborative projects with global big
pharmaceutical companies
Collaboration along all segments of the discovery & development
cycle is emerging as a viable model
Collaborating partners share costs of research as well as
revenues and/or market geographies
Other therapeutic area and segment specific models may emerge
in future
21
22. Relative Overheads Cost In CR
Cost of CR Operations
400 $ '000 per m onitoring resource
300
200
100
0
Lithuania
Taiwan
Canada
Russia
India
B razil
UK
China
Source: Personal Communications 22
23. In
0
1
2
3
4
5
6
7
8
d
C ia
M hi n
P h a la a
il i y s i
p
S i pi n a
ng e s
a
T h po r
C ai e
ze la
ch n d
R
ep
C.
h
C i le
an
ad
Ba
ra
M z il
ex
P o ic o
H la n
u
C ng d
os a r
t y
A aR
rg i c
en a
V i t i na
et
na
Rm
u
A ss
S o us i a
ut t r a
h li a
A
fri
c
N
ew I s a
Z e ra e
al
Offshore Attractive Index
P o la n
rtu d
ga
Sp l
I re a in
la
n
Tu d
rk
ey
23
24. Clinical Research Staff Costs
Are Lower
2001 Annual India, 2005
Position Percent
Gross Salary* Annual Gross
US$ Salary US$
52,000 5,555 11%
CRA
68,000 11%
7,750
Senior CRA
74,000 24%
17,500
Project Manager
73,000 24%
17,500
Regulatory
24
25. Subject & Recruitment Rates & Quality
Average patient
recruitment rates in 1080
clinical trials 3-4 times
faster than traditional
geographies in the west
Quality of data is
equivalent to those in
19
traditional locations
Europe India
25
26. Vendor & Service Providers
Central Labs
Ethical Oversight for fee
Drug packaging and distribution services
Data Management
Document translators
Document Archiving facilities
Specialist Clinical trial material suppliers
Education and training facilities
26
27. Vendor & Service Providers
Increasing number of knowledgeable vendors
who are sensitive to clinical research business
At par with international providers
Accreditation and certification to prove their
competency and commitment
27
28. Sites
Types of Diseases
Disease disorder of Disease Disorder of
Diseases of Tropics
Primitive economy Developed Economy
Cardiovascular,
Acute infection,
Malaria, Tuberculosis,
Gastrointestinal,
Nutritional–related,
Leishmaniasis
Cancer, CNS,
Health-Related
Diabetes, etc.
Types of Hospitals
Public funded Hospitals Tertiary Hospitals
Private Hospitals
e.g. Government Hospitals e.g. Super specialized
&
Hospitals
Private Clinics
28
29. Sites
Choice of sites is critical
Patient load
Research orientation, training
and experience of investigators
Infrastructure:
Staffing, Documentation,
Laboratory,
Hardware, Equipment,
IEC/IRBs
29
30. Ethics and Related issues
In India ICMR is the main body for formulation, coordination
and promotion of biomedical research
Setting of FER-CAP
Schedule Y authorizes use of Central Ethics Committee which do
have their own Ethics Committee
Requirement of SOP for each Ethics Committee
Currently working on improvement of Ethics Committee training
Planning Accreditation Of Ethics Committee
30
31. Regulatory Issues
Regulatory Body – Office of the
Drugs Controller General India (DCGI)
Directorate General of Health Services (DGHS)
Schedule Y updated
Review of submission – average 3 months
GCP guidelines issued
Ethics Committee approvals concurrent
Import License for clinical trial drug supplies to DCGI –
concurrent with main submission
Export License for blood and blood products to DGFT
after clinical trial approval
Genetically engineered drugs (live organisms in end
product) to GEAC
Categorization of Global trial to help streamline approval
31
32. Data Privacy
Legislation to enforce protection of product patents in accordance with
WTO standards passed in January 2005
Tension between wide access to low cost medicines
and aspiration to develop an international life science sector
India to adopt a patent regime favorable to inexpensive access
to medicines by prohibiting patent “evergreening” - in spirit with WTO
India has demonstrated an effective legal process for patent grant,
review & challenge
32
33. Concerns & Challenges- I
Regulatory
Need for regulatory liaison staff
Face to face meeting with officials helps
Lead times longer for local NCEs
Additional approvals required for exports
33
34. Concerns & Challenges- II
Site-specific
Orientation of investigators and site staff
Source documentation at trial sites
Ethics committee working practices
ICH E6 compliance
Operating procedures
Workload and staffing
34
35. Concerns & Challenges- III
People-related
Staff turnover at sponsor and sites
Training and experience of CR professionals
Salary inflation and quality of staffing
Rapid growth of training facilities
Low threshold for admission
Variable quality of training
Unreliable output and need for re-training
35
36. Concerns & Challenges- IV
Medical & therapeutic
Medical practice and standard of care
Use of indigenous medicines
Resistance levels to anti-infectives
Strain-specific variations in microbes
36
37. Glo-Local CRO Advantage
Local application of Global process and
systems
Knowledge of local requirements and constrain
Better management of vendor and service
provider
Understand local and country specific
challenges
37
38. Going Forward…..
Plans to establish Central Drug Authority on the lines of FDA
Need to develop capabilities remains
improved training and uniform
Need for Regulatory guidelines for remaining area and effective
implementation of those guidelines
Data privacy laws to be diligently enforced to win confidence
Site infrastructure to be developed in perirural areas to bridge
urban rural of physician and subjects
Improve and ongoing investigator training
38