This document summarizes Health Canada inspections of clinical trials conducted from 2004 to 2011. During this period, 329 inspections found 3148 observations of non-compliance, mostly related to quality systems/procedures and record keeping. 92% of inspections were rated compliant and 8% non-compliant. Common deficiencies included lack of standard operating procedures, inadequate documentation and personnel training. The report aims to increase awareness of regulatory requirements and improve compliance for protecting clinical trial participants.
The document discusses clinical trials and good clinical practice (GCP) guidelines. It provides definitions and explanations of key concepts.
Specifically, it defines a clinical trial as an investigation in human subjects to discover or verify the effects of an investigational product. It describes GCP as international standards for clinical trial conduct that ensure data credibility and protect subject rights. The guidelines aim to harmonize standards across regions through organizations like the International Council for Harmonization.
The document then outlines investigator responsibilities in areas like trial preparation, conduct, and closure to ensure compliance with GCP standards and protect subject safety and data integrity.
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.
Role responsibilities of_a_clinical_research_coordsushant deshmukh
Clinical Research Coordinator (CRC) is a specialized research person working with and under the direction of the Principal Investigator .While the Principal Investigator(PI) is primarily responsible for the overall designing, conducting, and management of the clinical trial, the CRC supports, and coordinates the regular clinical trial activities and plays a crucial role in the conduct of the study. By doing these duties, the CRC works with the PI, sponsor ,department, and institution to support and provide guidance on every related aspects of the study.
Every clinical research project may have one or more study coordinators depending on the workload at the trial site. Clinical trials at site level can be roughly divided into 3 stages. The three stages and the role of the coordinators at these stages are:
1) Before starting the clinical trial
2) During the conduct of the clinical trial
3) After finishing the clinical trial
1) Before starting the clinical trial:
This document discusses clinical trial monitoring. It defines monitoring as overseeing a clinical trial to ensure it follows the protocol, GCP standards, and regulations. The purpose is to protect subject rights and ensure compliance and data quality. Factors like the protocol complexity, site enrollment rate, and performance determine monitoring frequency. Sites are monitored regularly through visits to ensure proper conduct, documentation, and issue resolution. Monitors are trained and qualified by the sponsor to perform monitoring tasks and activities according to a plan.
This document discusses the clinical trials process from protocol development through study completion. It covers developing the protocol, regulatory documents, patient recruitment, safety reporting, interim reports, and end of study activities. Key aspects include writing an approvable protocol, establishing an investigator site file, screening and enrolling suitable patients, maintaining safety oversight, and conducting closeout procedures. The goal is to provide guidance on managing all stages of a clinical trial.
Clinical research involves conducting research studies in human volunteers to answer health questions and find new treatments. It typically involves several phases from preclinical testing in animals to clinical trials in human subjects. India is emerging as a global hub for clinical research due to its large patient pools, low costs, and trained professionals. However, there is a large gap between the growing demand for trained clinical research professionals and current supply. Cliniminds aims to address this need by providing a wide range of clinical research training programs and courses.
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.
This document discusses the paradigm shift towards quality management systems and risk-based monitoring at clinical research sites. It emphasizes that sites must adapt to industry standards like risk-based principles in order to ensure data quality and validity. A successful site will implement a quality management system through preventative measures like risk assessment and auditing. This helps identify issues, ensure compliance, and mitigate risks to subjects, data and the site's sustainability.
The document discusses clinical trials and good clinical practice (GCP) guidelines. It provides definitions and explanations of key concepts.
Specifically, it defines a clinical trial as an investigation in human subjects to discover or verify the effects of an investigational product. It describes GCP as international standards for clinical trial conduct that ensure data credibility and protect subject rights. The guidelines aim to harmonize standards across regions through organizations like the International Council for Harmonization.
The document then outlines investigator responsibilities in areas like trial preparation, conduct, and closure to ensure compliance with GCP standards and protect subject safety and data integrity.
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.
Role responsibilities of_a_clinical_research_coordsushant deshmukh
Clinical Research Coordinator (CRC) is a specialized research person working with and under the direction of the Principal Investigator .While the Principal Investigator(PI) is primarily responsible for the overall designing, conducting, and management of the clinical trial, the CRC supports, and coordinates the regular clinical trial activities and plays a crucial role in the conduct of the study. By doing these duties, the CRC works with the PI, sponsor ,department, and institution to support and provide guidance on every related aspects of the study.
Every clinical research project may have one or more study coordinators depending on the workload at the trial site. Clinical trials at site level can be roughly divided into 3 stages. The three stages and the role of the coordinators at these stages are:
1) Before starting the clinical trial
2) During the conduct of the clinical trial
3) After finishing the clinical trial
1) Before starting the clinical trial:
This document discusses clinical trial monitoring. It defines monitoring as overseeing a clinical trial to ensure it follows the protocol, GCP standards, and regulations. The purpose is to protect subject rights and ensure compliance and data quality. Factors like the protocol complexity, site enrollment rate, and performance determine monitoring frequency. Sites are monitored regularly through visits to ensure proper conduct, documentation, and issue resolution. Monitors are trained and qualified by the sponsor to perform monitoring tasks and activities according to a plan.
This document discusses the clinical trials process from protocol development through study completion. It covers developing the protocol, regulatory documents, patient recruitment, safety reporting, interim reports, and end of study activities. Key aspects include writing an approvable protocol, establishing an investigator site file, screening and enrolling suitable patients, maintaining safety oversight, and conducting closeout procedures. The goal is to provide guidance on managing all stages of a clinical trial.
Clinical research involves conducting research studies in human volunteers to answer health questions and find new treatments. It typically involves several phases from preclinical testing in animals to clinical trials in human subjects. India is emerging as a global hub for clinical research due to its large patient pools, low costs, and trained professionals. However, there is a large gap between the growing demand for trained clinical research professionals and current supply. Cliniminds aims to address this need by providing a wide range of clinical research training programs and courses.
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.
This document discusses the paradigm shift towards quality management systems and risk-based monitoring at clinical research sites. It emphasizes that sites must adapt to industry standards like risk-based principles in order to ensure data quality and validity. A successful site will implement a quality management system through preventative measures like risk assessment and auditing. This helps identify issues, ensure compliance, and mitigate risks to subjects, data and the site's sustainability.
The document provides guidelines for the structure and content of clinical study reports. It outlines 16 sections that should be included in a study report, such as the title page, synopsis, investigational plan, study patients, efficacy and safety evaluations, discussion and conclusions. The guidelines aim to produce a complete, unambiguous and well-organized report to facilitate regulatory review.
The difference between practice and research 111607Lanka Praneeth
The document discusses the key differences between clinical practice and clinical research. Clinical research must be conducted according to an approved protocol and involves more oversight, documentation and risk to subjects. It outlines sponsor and investigator responsibilities, good clinical practice standards, and FDA expectations for clinical trial design, conduct and oversight. Clinical trials aim to generate generalizable knowledge, while practice focuses on individual patient treatment.
The document discusses drug regulations and central testing laboratories in India. It provides information on the Central Drugs Standard Control Organization (CDSCO), which is responsible for regulating drugs in India. It oversees several laboratories across India that test drugs. The document also discusses ethics committees, new drug approvals, and the benefits of accreditation by the National Accreditation Board for Testing and Calibration Laboratories (NABL).
Aoac practices for microbiological methodology - 2006[2]Sc Nscp
This document provides a summary of the recommendations from the AOAC International Presidential Task Force on Best Practices for Microbiological Methodology (BPMM). The task force was formed to evaluate the technical and statistical aspects of AOAC and ISO guidelines for validating microbiological methods and to recommend new approaches. The task force comprised a steering committee and four working groups that addressed objectives related to expanding validations to new foods/strains, developing performance standards, reasonable validation criteria for attribute/quantitative/process control testing, determining detection limits and characterizing performance near detection limits, accounting for biological variation, and articulating uncertainty. Key recommendations include new food categorization schemes for determining validation requirements for new matrices, lists of essential reference organisms, basing
The document defines and explains 45 key terms related to clinical trials and research. It provides concise definitions for terms like adverse event, audit, blinding, clinical trial, compliance, documentation, good clinical practice, informed consent, investigator, monitoring, protocol, quality assurance, randomization, regulatory authority, serious adverse event, sponsor, subject, and trial site. Each term is defined in 1-2 sentences and examples are sometimes provided to further explain the term.
An introduction for those who may be interested in a career in clinical research, but need to understand the industry and their potential for a role in it.
Provides an overview of the later stages of drug development, explaining the phases of drug studies and explores in brief the key roles for those participating.
This document summarizes an official methods of analysis publication from 1980. It has been incorporated by reference and is legally binding for US citizens. The publication contains standardized methods for analyzing various agricultural and food products developed by the Association of Official Analytical Chemists (AOAC) through collaborative studies. It provides methods for analyzing products like fertilizers, plants, disinfectants, hazardous substances, and pesticide formulations. The summarized document establishes the referenced publication as an authoritative source for analytical testing in the United States.
“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”.
Clinical trials are research studies that test new medical treatments and drugs on human volunteers. They are important for discovering new treatments and determining what is safe and effective for human use. There are different types of clinical trials including observational studies that monitor participants' health over time without interventions, and interventional studies that test new drugs, therapies or treatments. Clinical trials go through several phases and are tightly regulated to protect participants and ensure scientific validity.
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.
clinical trial Management with ethics committeeSrinivasanBB
The document discusses key aspects of clinical trial management including experimental units, treatment and evaluation, approaches to clinical trials, the roles of various organizations, and essential documents. It provides definitions for experimental units and outlines how treatments and evaluations are conducted in clinical trials. It describes the trial approach process including principal investigators, feasibility questionnaires, ethics committee approval, and registration. It also outlines the roles of site management organizations, ethics committees in reviewing protocols and risks/benefits, and regulatory requirements in India including the Drug and Cosmetic Act, regulatory bodies, and the application process. Finally, it discusses important documents for conducting and reporting clinical trials.
GCP: An international ethical and scientific quality standard for designing, conducting, recording and reporting clinical trials that involve the participation of human subjects.
PV: The science and activities relating to the detection, assessment, understanding and prevention of adverse effects or any other drug-related problem.
This document provides definitions for clinical trial terminology. Some key terms defined include:
- Clinical trial: A systematic study of a test article in human subjects to discover clinical effects and identify adverse reactions.
- Adverse event: Any untoward medical occurrence in a subject administered a product and not necessarily caused by the product.
- Investigator's brochure: A document containing relevant research data about an investigational product.
- Good clinical practice: An international ethical and scientific quality standard for designing, conducting, and reporting trials.
Medical Device Clinical Studies and Protocol DesignMichael Swit
August 17, 2006 presentation to the IVT Medical Device Conference, focusing on the following relative to medical devices:
* Standards of Approval – What the Protocol Targets
* Key Considerations in Designing Clinical Studies
* Practical Lessons in Clinical Trial Design & Execution
The FDA oversees clinical trials through inspections and monitoring. The FDA can inspect sponsor and investigator records and reports relating to clinical trials. Sponsors are responsible for monitoring trials and selecting qualified monitors. The FDA's Bioresearch Monitoring Program conducts inspections using compliance program manuals to inspect clinical investigators, sponsors, IRBs, and nonclinical laboratories. Inspections verify compliance and ensure accurate and reliable trial data.
The document provides an overview of ICH-GCP (Good Clinical Practice) guidelines, which are international ethical and scientific quality standards for designing, conducting, recording, and reporting trials that involve the participation of human subjects. The summary discusses the key sections and principles of ICH-GCP, which aim to protect trial subjects and ensure valid clinical trial data. It outlines the historical background and development of GCP standards from the Nuremberg Code to the ICH-GCP guidelines of 1996. The document reviews responsibilities of ethics committees, sponsors, investigators, clinical trial protocols, and informed consent processes.
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.
This document discusses preparing for sponsor audits of clinical trial sites. It explains that sponsors audit sites to ensure regulatory compliance, data integrity, and subject safety. The presentation covers why sponsors audit, what to expect during an audit, how to prepare, and how to respond to any observations or recommendations. The key points are to follow the protocol, document everything, make all necessary documents and staff available, be honest and transparent in responses, and see the audit as an opportunity for education rather than punishment.
The document outlines a new zone control system for a UK security company to improve health and safety management. A health and safety team will be established to ensure compliance with regulations and conduct monthly site inspections. Meeting minutes and action items will be published. The system includes root cause analysis of incidents, health checks for employees, a near miss book, accident reporting, first aid kits, housekeeping schedules, safety observations, assistance plans, personal protective equipment management, chemical storage compliance, site tours noting issues, and environmental monitoring.
The document provides guidelines for the structure and content of clinical study reports. It outlines 16 sections that should be included in a study report, such as the title page, synopsis, investigational plan, study patients, efficacy and safety evaluations, discussion and conclusions. The guidelines aim to produce a complete, unambiguous and well-organized report to facilitate regulatory review.
The difference between practice and research 111607Lanka Praneeth
The document discusses the key differences between clinical practice and clinical research. Clinical research must be conducted according to an approved protocol and involves more oversight, documentation and risk to subjects. It outlines sponsor and investigator responsibilities, good clinical practice standards, and FDA expectations for clinical trial design, conduct and oversight. Clinical trials aim to generate generalizable knowledge, while practice focuses on individual patient treatment.
The document discusses drug regulations and central testing laboratories in India. It provides information on the Central Drugs Standard Control Organization (CDSCO), which is responsible for regulating drugs in India. It oversees several laboratories across India that test drugs. The document also discusses ethics committees, new drug approvals, and the benefits of accreditation by the National Accreditation Board for Testing and Calibration Laboratories (NABL).
Aoac practices for microbiological methodology - 2006[2]Sc Nscp
This document provides a summary of the recommendations from the AOAC International Presidential Task Force on Best Practices for Microbiological Methodology (BPMM). The task force was formed to evaluate the technical and statistical aspects of AOAC and ISO guidelines for validating microbiological methods and to recommend new approaches. The task force comprised a steering committee and four working groups that addressed objectives related to expanding validations to new foods/strains, developing performance standards, reasonable validation criteria for attribute/quantitative/process control testing, determining detection limits and characterizing performance near detection limits, accounting for biological variation, and articulating uncertainty. Key recommendations include new food categorization schemes for determining validation requirements for new matrices, lists of essential reference organisms, basing
The document defines and explains 45 key terms related to clinical trials and research. It provides concise definitions for terms like adverse event, audit, blinding, clinical trial, compliance, documentation, good clinical practice, informed consent, investigator, monitoring, protocol, quality assurance, randomization, regulatory authority, serious adverse event, sponsor, subject, and trial site. Each term is defined in 1-2 sentences and examples are sometimes provided to further explain the term.
An introduction for those who may be interested in a career in clinical research, but need to understand the industry and their potential for a role in it.
Provides an overview of the later stages of drug development, explaining the phases of drug studies and explores in brief the key roles for those participating.
This document summarizes an official methods of analysis publication from 1980. It has been incorporated by reference and is legally binding for US citizens. The publication contains standardized methods for analyzing various agricultural and food products developed by the Association of Official Analytical Chemists (AOAC) through collaborative studies. It provides methods for analyzing products like fertilizers, plants, disinfectants, hazardous substances, and pesticide formulations. The summarized document establishes the referenced publication as an authoritative source for analytical testing in the United States.
“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”.
Clinical trials are research studies that test new medical treatments and drugs on human volunteers. They are important for discovering new treatments and determining what is safe and effective for human use. There are different types of clinical trials including observational studies that monitor participants' health over time without interventions, and interventional studies that test new drugs, therapies or treatments. Clinical trials go through several phases and are tightly regulated to protect participants and ensure scientific validity.
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.
clinical trial Management with ethics committeeSrinivasanBB
The document discusses key aspects of clinical trial management including experimental units, treatment and evaluation, approaches to clinical trials, the roles of various organizations, and essential documents. It provides definitions for experimental units and outlines how treatments and evaluations are conducted in clinical trials. It describes the trial approach process including principal investigators, feasibility questionnaires, ethics committee approval, and registration. It also outlines the roles of site management organizations, ethics committees in reviewing protocols and risks/benefits, and regulatory requirements in India including the Drug and Cosmetic Act, regulatory bodies, and the application process. Finally, it discusses important documents for conducting and reporting clinical trials.
GCP: An international ethical and scientific quality standard for designing, conducting, recording and reporting clinical trials that involve the participation of human subjects.
PV: The science and activities relating to the detection, assessment, understanding and prevention of adverse effects or any other drug-related problem.
This document provides definitions for clinical trial terminology. Some key terms defined include:
- Clinical trial: A systematic study of a test article in human subjects to discover clinical effects and identify adverse reactions.
- Adverse event: Any untoward medical occurrence in a subject administered a product and not necessarily caused by the product.
- Investigator's brochure: A document containing relevant research data about an investigational product.
- Good clinical practice: An international ethical and scientific quality standard for designing, conducting, and reporting trials.
Medical Device Clinical Studies and Protocol DesignMichael Swit
August 17, 2006 presentation to the IVT Medical Device Conference, focusing on the following relative to medical devices:
* Standards of Approval – What the Protocol Targets
* Key Considerations in Designing Clinical Studies
* Practical Lessons in Clinical Trial Design & Execution
The FDA oversees clinical trials through inspections and monitoring. The FDA can inspect sponsor and investigator records and reports relating to clinical trials. Sponsors are responsible for monitoring trials and selecting qualified monitors. The FDA's Bioresearch Monitoring Program conducts inspections using compliance program manuals to inspect clinical investigators, sponsors, IRBs, and nonclinical laboratories. Inspections verify compliance and ensure accurate and reliable trial data.
The document provides an overview of ICH-GCP (Good Clinical Practice) guidelines, which are international ethical and scientific quality standards for designing, conducting, recording, and reporting trials that involve the participation of human subjects. The summary discusses the key sections and principles of ICH-GCP, which aim to protect trial subjects and ensure valid clinical trial data. It outlines the historical background and development of GCP standards from the Nuremberg Code to the ICH-GCP guidelines of 1996. The document reviews responsibilities of ethics committees, sponsors, investigators, clinical trial protocols, and informed consent processes.
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.
This document discusses preparing for sponsor audits of clinical trial sites. It explains that sponsors audit sites to ensure regulatory compliance, data integrity, and subject safety. The presentation covers why sponsors audit, what to expect during an audit, how to prepare, and how to respond to any observations or recommendations. The key points are to follow the protocol, document everything, make all necessary documents and staff available, be honest and transparent in responses, and see the audit as an opportunity for education rather than punishment.
The document outlines a new zone control system for a UK security company to improve health and safety management. A health and safety team will be established to ensure compliance with regulations and conduct monthly site inspections. Meeting minutes and action items will be published. The system includes root cause analysis of incidents, health checks for employees, a near miss book, accident reporting, first aid kits, housekeeping schedules, safety observations, assistance plans, personal protective equipment management, chemical storage compliance, site tours noting issues, and environmental monitoring.
This document summarizes a 1.5 ton per hour sawdust pellet production line that uses logs up to 230mm in diameter as raw material. The key components are a centrifugal core wood pellet mill and processing units that crush, dry, convey, granulate, cool, screen, and collect dust from the raw material in continuous processes. The automated production line has a compact footprint and requires 204.62kw of power to operate continuously with high efficiency and low energy consumption.
The document describes an automatic high level layer palletizer. It can palletize a wide range of products in various formats and levels of production. The palletizer forms layers on a pallet through the use of sliding plates, layer forming presses, and side conditioning stops. It incorporates options like bag turning systems, treatment for corrosive products, and various pallet and film dispensers. The palletizer aims to provide maximum benefits for years with minimal maintenance through its smooth and precise robotic controls.
This document discusses the commissioning of a palletizer at Vinyl Chloride's PVC plant in Kerteh, Terengganu, Malaysia. The palletizer was relocated from another plant as a cost-saving measure instead of purchasing a new unit. During commissioning, an engineer troubleshot a PLC communication error and found the communication card was faulty. After replacing the card, the palletizer successfully stacked eight layers of 25kg PVC bags on pallets, ready for export.
The document is a site safety observation report prepared by Mohammed Mubasheeruddin on December 15, 2016. It details three safety observations made at a construction site, including workers following without proper protective equipment, improperly stocked ducting material, and improperly stoked fire fighting pipes. For each observation, the report notes an identified unsafe act and the corresponding correction that was taken.
You already invest in sealing 3 sides of the loading dock door opening with a dock seal or shelter. Why stop there? Learn how to seal the fourth side beneath and around the dock leveler to complete the job, and the benefits of doing so.
Students from WVU's Department of Communication were invited in May to present their research on pedestrian safety to the City of Morgantown. An overview of their data is presented in this presentation.
This document discusses dock and trailer safety. It begins by describing two recent fatal accidents that occurred at a FedEx facility involving workers being crushed between trucks and loading docks. It then notes that 11 dock fatalities have occurred so far that year. The document provides general safety rules for docks including using mirrors to see if areas are clear, limitations of backup alarms, having comprehensive safety programs, and ensuring areas are clear before vehicle movement. It examines specific accidents that occurred in Illinois involving workers being struck or crushed in various incidents at docks and provides recommendations to prevent future accidents involving docks, trailers, forklifts, and storage racks. It concludes by discussing future safety improvements including dock lights, wheel chocks, bumpers
The OR process involves employees observing work and identifying safe and unsafe actions or conditions. It is being implemented across multiple organizations as part of a target zero campaign. The purpose is to engage employees in safety monitoring and identify issues through management, supervisor, and employee involvement. Observations can be casual, focused on specific tasks, or more formal with a checklist. Data from observations is used as a leading indicator to improve safety.
This document discusses audits and inspections in clinical trials. It defines an audit as a systematic examination of trial activities and documents to determine compliance, while an inspection involves a regulatory review of documents, facilities, and resources related to a trial. The key differences between audits and inspections are that audits are conducted internally by sponsors or CROs, while inspections are done by regulatory authorities. Routine audits ensure compliance, while for-cause audits investigate non-compliance issues. Audits and inspections evaluate areas like personnel, trial conduct, documentation, drug accountability, and computer systems. Proper preparation and responding to document requests within time limits are important for audits and inspections.
This document summarizes an observation report on quality management systems and shop floor management. It discusses topics such as visual evaluation of manufacturing processes, quality targets and control plans, production control, quality development concepts, new shop floor management models, and mini-company management. Recommendations are provided on areas like process flow visibility, performance tracking, indirect staffing levels, and creating a positive working environment focused on continuous improvement.
1. Workplace safety audits are important inspections to minimize accidents and losses but companies often see them as unnecessary costs.
2. There are no standard guidelines for occupational safety and health audit systems so companies develop their own.
3. Audits inform companies on their health and safety performance and compliance, identifying areas for improvement.
Sooraj Nair is an experienced health, safety, and environmental professional with over 10 years of experience working for international companies like Koch-Glitsch and Transfield Services in India. He holds qualifications in mechanical engineering, industrial safety, and occupational health and safety. Nair is seeking a new opportunity where he can apply his skills in managing safety, health, and environmental systems and programs. He has a strong track record of conducting risk assessments, inspections, audits, and incident investigations to maintain regulatory compliance and drive continuous improvement.
Home Inspection Report Sample, Lancaster CA. Spec Rite Inspections is a Residential and Commercial Real Estate Inspection Firm, serving Southern California, Los Angeles, Lancaster, Palmdale, Santa Clarita.
Safety audits are used to promote safe work procedures and ensure safety systems are functioning properly. They can be internal, conducted by company staff, or external, conducted by an outside agency. The audits identify hazards, ensure loss prevention systems and safe work procedures are in place, and look for opportunities to improve safety. Regular audits help increase safety awareness and compliance with regulations.
Defining kpi in terms of unsafe acts/conditions and near miss Faiz Khan
This document discusses key performance indicators (KPIs) for measuring safety performance, including lagging and leading indicators. It describes lagging indicators like recordable injuries and spills that measure past performance, as well as leading indicators like safety inspections and trainings that predict future safety. The document outlines a tiered framework from API RP 754 for indicators, ranging from infrequent Tier 1 events with highest consequences to more common Tier 4 measures of management system performance. Selection of the right mix of lagging and leading KPIs is important for continuous safety improvement.
The document outlines guidelines for conducting safety inspections at PETRONAS facilities. It discusses the types of inspections that should be performed, including informal, formal, and special inspections. The responsibilities of supervisors and second-line supervisors are defined. Inspection guidelines provide tips for effective inspections, and forms are listed that should be used to document inspections and any issues found. The health and safety officer's role in reviewing inspection reports is also described.
Regulatory Inspections in Clinical TrialsClinosolIndia
Regulatory inspections are important to evaluate clinical trial data integrity and patient safety. Health authorities like the FDA and EMA may conduct inspections whenever required to inspect clinical trial sites and evaluate sponsor quality systems. Inspections involve touring facilities and reviewing documents like informed consents, safety reporting, and drug administration records. Common findings include protocol noncompliance, inaccurate records, and issues with informed consent and adverse event reporting. Inspections help ensure trials are conducted properly and help improve compliance.
Preclinical studies are performed using in vitro, in vivo, ex vivo, and in silico models to obtain basic safety and efficacy information on drug candidates before human testing. The data from preclinical trials must be accurate, reliable, and based on suitable models comparable to the target population. This data is submitted to regulatory agencies like the FDA/EMA along with the Investigational New Drug (IND) application to get approval to begin clinical trials. Clinical trials are then conducted in four phases to continue evaluating safety and efficacy in humans.
A guideline on medical devices designed internationally for harmonization.
As the site access is unavailable have managed the data for easy access of the details for the Regulatory affairs aspirants of Masters of Pharmacy
Clinical study on human subjects according to all guidelines to form a ideal protocol and requirement to conduct clinical trial with very efficient way mainly considering to India and ICH associated countries
This document summarizes the key components of a clinical trial protocol. It discusses the types of clinical trials, phases of clinical trials, and the typical sections included in a protocol such as the title, objectives, study design, study population criteria, safety and efficacy assessments, statistics, and quality control plans. Protocols provide a formal design and plan for how a clinical trial will be conducted, managed, and reported.
The United States has always been and remains to be the leading place
for the conduct of clinical trials. According to Clinicaltrials.gov, the largest
clinical trials registry, 32% of registered clinical trials were conducted in
the U.S. as of May 2022 (1). Factors such as the availability of qualified
healthcare professionals, high-quality infrastructure and facilities,
cutting-edge research, an efficient regulatory system, and a high
standard of ethics and participant protection make the U.S. the leading
country for clinical trials.
Clinical trials follow extensive preclinical research to test the safety and
efficacy of a new drug, medical device, or biological in humans. They are
usually divided into three phases: phases I, II, and III which are designed
to ascertain safety, pharmacokinetics, efficacy, dosage, and adverse
events. Figure 1 shows the typical route from discovery and preclinical
studies to the post-marketing phase (phase IV).Clinical trials represent the longest and most expensive step in bringing
drugs to the market and have the highest attrition rate, only 10% of drugs
that enter phase I trials are granted marketing approval. Therefore,
clinical trials should be conducted by experts that are
well-versed with all the regulations and guidelines in a particular region to
boost the chances of drug approval.
The United States Food and Drug Administration (US FDA) is the
regulatory body that approves and oversees the conduct of clinical trials
for drugs, medical devices, and biologicals that are intended to be
marketed in the U.S and is touted to have the most stringent standards
for drug approval. The primary role of the FDA is to protect public health
by ensuring that medicinal products and devices are safe and efficacious.
Therefore, it is necessary for sponsors/investigators or contract research
organizations (CRO) that are conducting clinical trials to be familiar with
regulations and guidances that govern the conduct of clinical trials.Conducting a clinical trial in the United States requires a deep understanding of the
regulations and guidelines set by the FDA. It is important to know what is needed for a
successful clinical trial, from selecting an appropriate study site to obtaining informed
consent from participants. Additionally, it is essential to understand the requirements for data
collection and analysis, as well as how to develop an effective protocol. Clinical trial services
in USA can provide guidance on all of these aspects and more, helping you ensure that your
clinical trial meets all necessary standards
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Roles and Responsibilities in Clinical Trials of Investigator, Study Coordinator, Sponsor, Monitor, a Contract research organization.
The clinical trial, definition, description, Different types of clinical trials, phases of clinical trial.
The clinical trial study team.
Requirements of the clinical trial study team.
Clinical research team role.
GCP- Good clinical practices.
Thank you for the summary. Here are a few key points I noticed:
- GCP provides an international quality standard for clinical research to protect participants and ensure reliable data.
- It has evolved in response to past abuses and aims to harmonize standards across countries/regions.
- Key roles include sponsors to design/manage studies, principal investigators to oversee local research, and staff to conduct study procedures.
- Regulations like the Code of Federal Regulations codify GCP principles to facilitate compliance.
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Diagnosis and Staging
The diagnosis of HR+ breast cancer begins with clinical evaluation, imaging, and biopsy. Imaging modalities such as mammography, ultrasound, and MRI help in assessing the extent of the disease. Histopathological examination and immunohistochemical staining of the biopsy sample confirm the diagnosis and hormone receptor status by identifying the presence of estrogen receptors (ER) and progesterone receptors (PR) on the tumor cells.
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Statistics- Statistics is the science of collecting, organizing, presenting, analyzing and interpreting numerical data to assist in making more effective decisions.
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summary report of inspections of clinical trials conducted from April 2004 to March 2011
1. Health Canada
Summary Report of Inspections of
Clinical Trials Conducted from April
2004 to March 2011
by
Mahmoud, Marjan, Sena, Alina, Maya, Syeda, Ali
2. To strengthen the protection of the rights and safety of clinical trial
participants and validate the integrity of the data generated through the
conduct of clinical trials.
This is done by assessing that the generally accepted principles of Good
Clinical Practices are met, and by verifying compliance with Division 5 of
part C of the Food and Drug Regulations.
Sharing inspection results, including observations noted during spections,
is done to increase awareness of Canadian regulatory requirements within
the clinical research community,while maintaining the confidentiality and
privacy of those involved in the inspections.
We are reviewing the results of clinical trial inspections conducted by
Health Canada’s Inspectorate Program (Inspectorate) between April 1,
2004 and March 31, 2011.
This is the third summary report of inspections of clinical trials issued
since the inspection program was launched in 2002.
Why are clinical trial inspected?
3. Inspections
• During the seven year period covered in this report, a total of 329
inspections were conducted by the Inspectorate
14 inspections were at the sites of contract research organizations
(CROs)
27 inspections were at the sites of sponsors, including qualified
investigator-sponsored study sites
288 inspections at the sites of qualified investigators (QIs) conducting
clinical trials under either commercial or non-commercial
sponsorship.
31 research ethics boards (REBs) were assessed from 2004 to 2008.
4. Results of Inspections
92% were assigned an overall compliant (“C”) rating.
• 8% were assigned a non-compliant (“NC”) rating.
• REB assessments were not issued a compliance rating.
Overall, the inspectors made 3148 observations, including findings
at REBs, each of these representing a non-compliance with Division
5 of the Food and Drug Regulations.
• Of these observations :
54% were considered minor
39% were considered major
1% were considered critical.
• The remaining 6% were findings noted during REB assessments.
• Corrective actions are required for each observation whether the
overall inspection rating is “C” or “NC.”
5. Observations noted
There is a trend in the types of observations noted during the
inspections.
The main types of observations noted were related to:
quality systems and procedures,
records,
deviations from clinical trial protocols,
qualifications, education and training of personnel,
process for informing and obtaining informed consent from subjects.
6. Definitions
Food & Drug Act: A federal statute regulating the health and safety of food, drugs, cosmetics, and medical
devices. The Minister of Health is responsible for the administration of the Act.
Good clinical practices: Generally accepted clinical practices that are designed to ensure the protection of
the rights, safety and well- being of clinical trial subjects and other persons
Inspection: "The act by a regulatory authority of conducting an official review of documents, facilities, records,
and any other resources that are deemed by the authority to be related to the clinical trial and that
may be located at the site of the trial, at the sponsor's and/or contract research organizations’
(CRO's) facilities, or at other establishments deemed appropriate by the regulatory authority".
Source documents: "Original documents, data, and records (e.g., hospital records, clinical and office charts,
laboratory notes, memoranda, subjects' diaries or evaluation checklists, pharmacy
dispensing records, recorded data from automated instruments, copies or
transcriptions certified after verification as being accurate copies, microfiches,
photographic negatives, microfilm or magnetic media, x-rays, subject files, and records
kept at the pharmacy, at the laboratories and at medico-technical departments involved
in the clinical trial)"
Observation: A deviation or deficiency noted by an Inspector during an inspection.
Compliance: The state of conformity of a regulated party or a product with a legislative or regulatory
requirement or a recognized standard.
Clinical trial: "an investigation in respect of a drug for use in humans that involves human subjects and that is
intended to discover or verify the clinical, pharmacological or pharmacodynamic effects of the
drug, identify any adverse events in respect of the drug, study the absorption, distribution,
metabolism and excretion of the drug, or ascertain the safety or efficacy of the drug."
Enforcement: The range of actions that may be taken to induce, encourage, or compel observance of a
legislative requirement.
7. Background
I- Food and Drugs Act and its Regulations (ICH-E60:
Fair, consistent and uniform application and enforcement of the Act and Regulationsfor national
compliance and enforcement program for regulated products
II- Division 5 of the Regulations:
These Regulations provide the Minister with the authority to regulate the sale and importation of
drugs used in clinical trials
III- the Inspection Strategy
Objectives
Protection of human subjects
Verification of the integrity of the data
Conducts compliance verifications (CVs)
IV- Inspection in respose to:
sponsors QIs
Study participants REBs
Forigen regulatory authorities Internal source at the health canada
V- Classification of Observations Made in the Conduct of Inspections of Clinical Trial
Critical (Risk 1)
Major (Risk 2)
Minor (Risk 3)
VI- type of observations
1-Compliant (“C”)
2-Non-compliant (“NC”)
8. Inspections
The main objectives of a clinical trial inspection are as follows:
To minimize the risks associated with the use of a drug used in a clinical trial
To verify compliance to Division 5 of the Food and Drug Regulations, including
good clinical practices
To validate the integrity of the data generated
To request corrective actions from the inspected party whenever observations are
made
To take compliance and enforcement actions when deemed necessary
9. Table 1: Distribution of good clinical practices (GCP) inspections and research
ethics board (REB) assessments in Canada (April 2004 to March 2011)
Operational Centres Number of
Inspections
Percentage of
Inspection Total
Atlantic (Nova Scotia, New Brunswick,
Newfoundland/Labrador and Prince Edward Island)
21 6%
Quebec 81 23%
Ontario and Nunavut 127 35%
Manitoba and Saskatchewan 33 9%
Western (British Columbia, Alberta, Northwest
Territories, Yukon)
98 27%
Total 360 100%
10. Analysis of Observations
• 329 inspections and 31 Research Ethics Board
(REB) assessements from April 04 to March 11
– 3148 observations were noted
• 82% @ Qualified Investigators (QIs) sites
• 7% @ sponsors sites
• 6% during REB assessements
• 5% @ CRO sites
• Observations made at the sites of sponsors, QIs,
CROs and during REB assessements were
compiled and classified according to the section of
the Regulations to which they corresponded in the
following table
11. Distribution by Division 5 of observations
cited (April 1, 2004 to March 31, 2011)
Section of the
Regulations
Description Percentage
of
Observation
C.05.010 Good Clinical Practices (GCP) 64.5%
C.05.012 Records 25.4%
C.05.001 Interpretations 6.3%
C.05.011 Labelling 2.0%
C.05.008 Amendement 0.5%
C.05.014 Serious Unexpected Adverse drug reaction reporting 0.4%
C.05.006 Authorization 0.4%
C.05.007 Notification 0.3%
C.05.005 Application for Authorization 0.1%
C.05.003 Prohibition 0.1%
12. Distribution by sub-section of C.05.010 of observations
cited (April 1,2004 to March 31, 2004)
Sub-section of
C.05.010
Description Percentage of
observation
C.05.010 (c) Systems & Procedures 26.7%
C.05.010 (b) Protocol Deviations 9.7%
C.05.010 (g) Qualifications 8.9%
C.05.010 (h) Informed Consent 6.0%
C.05.010 (j) GMP 5.4%
C.05.010 (f) Medical Decision 4.2%
C.05.010 (d) REB approval 0.9%
C.05.010 (a) Protocol 0.3%
C.05.010 (e) Number of Qualified Investigators per site 0.2%
C.05.010 (i) Records 0.2%
13. 5.2 Systems and Procedures - C.05.010(c)
According to subsection C.05.010(c), systems and procedures that
ensure the quality of every aspect of the clinical trial should be
implemented for every clinical trial. These should also be reviewed and
approved by qualified study personnel
• A lack of procedures and/or implementation of existing procedures
represented 26.7% of all observations cited.
• Examples of deficiencies cited against this subsection include:
– Example 1- There was no procedure for on- site monitoring of the
study by the sponsor and no monitoring plan for the study to describe
the extent and nature of monitoring to be conducted based on
consideration such as the objective, purpose, design, complexity,
binding, size and end points of the trial. As a result, there was no
review of the accuracy and completeness of the case report forms
(CRF) entries, source documents and other trial related records against
each other. Also there was no documented evidence that the review
and follow up for issues identified during monitoring visits.
– Example 2- The randomization procedures were not outlined in any of
the study documents, namely study protocol. Furthermore, the sponsor
had not provided sites with a process for the un blinding of the
subjects in the event of an after-hours emergency.
14. Systems and Procedures cont.
– Example 3- The were no standardized procedures in place for
obtaining informed consent, for handling biological samples, for
receiving and accounting for investigational products, for
recording temperature, for handling emergencies and for
archiving research files.
– Example 4- Systems and Procedures were lacking for scheduling
all staff involved in the conduct of the clinical trial and for
training key personnel on the study specific protocol.
– Example 5- As a result of overlooking the positive test results on
date and date for subject, an investigational report was
initiated on date. Five preventive actions were recommended
with completion dates as late as date, As there was no system in
place to ensure that Corrective and Preventive Actions(CAPAS)
were implemented by their assigned due date, three of the five
identified CAPAS had not been completed.
15. Qualifications, Education And Training Of Personnel :
• Each individual involved in the conduct of the clinical trial must be qualified by education,
training and experience to perform his/ her respective tasks. Deficiencies relating to
inadequate qualifications , education and training of personnel accounted for 8.9% of all
observations cited.
• Examples of deficiencies cited against this subsection include :
– Example 1- There was no documented evidence that the personnel, including study
coordinators, at all sites involved in the conduct of the study were trained on the
protocol, good clinical practices and regulatory requirements.
– Example 2- There was no explicit documentation to indicate that all sub investigators
And nurses to whom trial related duties have been delegated , had been informed of
all protocol specific requirements
– Example 3- No curriculum vitae were available for three co investigators.
– Example 4- There was no documented evidence that the office administrator to the
qualified investigator was trained in any aspect of the study
The office administrator’s name appeared on the delegation log indicating that
he/she was assigned the task of randomized medication assignment
His/Her signature appeared on the relevant worksheet, which was co-singed by the
qualified investigator. The office administrator also indicated that he/she assisted in
performing ECG procedures on study subjects
16. Informed Consent
Section C.05.010(h) requires that written informed
consent must be obtained from every person
that participates in a clinical trial but only after
the person has been informed of all aspects of
the clinical trial that are necessary for that
person to make a decision to participate in the
trial including the risks and anticipated benefits
from participation in the clinical trial.
Deficiencies related to the informed consent
process represented 6.0% of all
observations.
17. Records
• According to section C.05.012, sponsors shall
record, handle, maintain and store all
information that pertains to their activities in a
way that allows complete and accurate retrieval
of records, reporting, interpretation and
verification, and to establish that the clinical trial
is conducted in accordance with GCP and the
Regulations. The records referred to in section
C.05.012 (3) must be kept for 25 years.
• Observations relating to the accuracy and
adequate maintenance of records constituted
25.4% of all observations.
18. AUDIT FINDING IN CLINICAL TRIAL &
LESSONS LEARNED
We are discussing the observations
during the inspection from April 2004 to March
2011.
During 329 inspections & 31 REB assessments
3148 observations were noted
19. DESCRIPTION
Section of the
Regulations
Description Percentage of
Observations
Good Clinical Practices 64.5
Records 25.4
Interpretation 6.3
Labelling 2.0
Amendment .5
Serious Unexpected Adverse Drug
Reaction Reporting
.4
Authorization .4
Notification .3
Application for Authorization .1
Prohibition .1
20. DESCRIPTION
Description Percentage of
Observation
Systems and procedures 26.7
Protocol Deviations 9.7
Qualification 8.9
Informed Consent 6.0
GMP 5.4
Medical Decision 4.2
REB Approval .9
Protocol .3
Number of Q1s per clinical trial site .2
Records .2
21. AMENDMENT
It means the condition under which a
sponsor may sell/import a drug for CT
according to amended authorization.
Exmple1-amendment X was made by
REB on a specific date and was
implemented but Health Canada NOL was
approved at later dare.
Exmple2-Approval of amended protocol
submitted to HC 4 months later.
22. MEDICAL CARE & DECISIONS
QI is responsible for medical care and
decisions regarding CT.
Exmple 1-No record on file was found that QI
had reviewed and signed off some test
results.
Exmple 2-Adverse events were recorded on
a paper CRF by study coordinator but no
assessment of causality of event was
performed by QI.
Exmple 3-Some screening labs/ECGs were
signed and dated by QI after the enrolment of
some subjects.
23. RESEARCH ETHICS BOARD(REB)
ASSESSMENTS
FINDINGS
1-REB were not independent
2-CTs approved without required quorum.
3-REB membership-no representative expertise set out in
Regulations.
4-No written procedures according to ICH E:GCP.
5-No consideration of qualification of QI before approving
trials.
6-NO written minutes of meetings.
7-No written procedures for conduct of regular reviews of
CTs.
8-Record retention violations.
24. CONCLUSION
Out of 329 inspections 92% were rated as compliant and
8% non-compliant.
HC issued notice of intent to suspend the authorization
of CTs for non-compliants.Needed immediate corrective
actions.
TWO MOST COMMON DEFICIENCIES NOTED.
1. Inadequate documentation/implementation of system and
procdures(26.7%)
2. lack of record retention.
OTHER SIGNIFICANT DEVIATIONS: Informed consent
lack of personnel qualifications, education and training.
25. AIM OF THIRD SUMMARY REPORT ON
INSPECTION FINDINGS BY HC
To inform stakeholders and public about CTs in Canada.
Knowledge of common deficiencies.
To promote greater regulatory compliance, transparency.
Shared responsibilities/roles to conduct safe CTs involve
sponsor,QI,REBs,insittutions,subjects and Health
Canada.