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Journal Of Pharmaceutical Innovation Publishes Ground-breaking Scientific Papers On Reshaping Pharmaceutical Quality

June 5th, 2008 by Barry - Admin BioPharmArena

The June 2008 issue of the Journal of Pharmaceutical Innovation (JPI) is publishing the first scientific papers outlining the progress made on ISPE’s Product Quality Lifecycle Implementation (PQLI) initiative. Written by subject matter experts representing the global pharmaceutical manufacturing industry, these papers present preliminary practical scientific and technological approaches to implementing ICH documents that address Pharmaceutical Development (Q8 and Q8(R)), Quality Risk Management (Q9), and Pharmaceutical Quality Systems (Q10). The June issue will be published in print and with Open Access on SpringerLink (available at www.springer.com/journal/12247) with the possibility to comment.

The Product Quality Lifecycle Implementation (PQLI) initiative was launched by ISPE in June 2007 to help industry find practical technical solutions to the challenges of implementing guidelines put forth by the ICH. The first three Task Teams formed focused on Criticality, Design Space and Control Strategy, and how these areas are linked; a Legacy Products Task team has also been formed as the fourth topical area.

Through PQLI, ISPE is providing technical frameworks to facilitate the implementation of Q8, Q9, and the imminent Q10 for new products and processes, as well as for existing approved products which could benefit. PQLI will provide better understanding of Quality by Design (QbD) applied to new products and processes, and is developing cross-functional tools valued by both the Industry and Regulatory Authorities worldwide. While the output is critical for industry application, the conclusions have been reached with input from global regulators. With the publication of these articles, the ISPE PQLI Task Teams are seeking additional feedback prior to developing their respective positions into technical documents.

PQLI is projected to be at least a five-year initiative that has started with highly interactive fact-gathering sessions held in the USA and Europe. Working groups will continue to collect and process information for distribution as white papers, articles to be published in ISPE’s Journal of Pharmaceutical Innovation and Pharmaceutical Engineering Magazine, leading to detailed technical documents, and training programs that will be produced by ISPE for the industry worldwide.

“The ISPE PQLI Task Teams are to be congratulated for their technical publications in JPI on criticality, design space, and control strategy, which embrace inputs from open, interactive global workshops that included participation from both industry and regulators,” said Moheb M. Nasr, Ph.D., Director, Office of New Drug Quality Assessment (ONDQA, CDER, FDA). “These papers, and the PQLI initiative, are important ‘next steps’ to facilitate the implementation of QbD and to answer the tangible challenges.”

Referring to the importance of understanding the future role of the EU Qualified Person within the frameworks of ICH Q8, 9 and 10, Jacques Morenas (AFSSAPS) and current chairman of the Pharmaceutical Inspection Cooperation Scheme (PIC/S) said “EU regulators are ready to work with ISPE on this topic taking into account it is a critical point. Work is already on progress as we can see with work made into PAT team at the EMEA level and we will be happy to continue.”

The Criticality article describes a mechanism for categorizing and delineating criticality for quality attributes, variables, material attributes and process parameters in accordance with a risk based approach reflective of QbD principles articulated in ICH Q8R. The article introduces the adoption of a Criticality Analysis Decision Tree to categorize criticality relative to a variable’s impact to quality and delineate levels of criticality with respect to relative risk.

Design Space discussions considered the linkage of the patient experience with product quality. It also focused on how risk assessment methodologies integrate with process design principles, provided perspective on selection of mechanistic versus empirical approaches, and clarified how they may be applied to legacy products, and biotech products. The team also discussed a number of useful methods for depicting design space. The team recognizes that organizations may choose different, scientifically defensible means to arrive at design space.

The Control Strategy team has proposed a Model process to enable a clear logic to be used on how a Control Strategy differentiates between patient and business requirements, as well as showing the linkage from Critical Quality Attributes, e.g. via Critical Process Parameters, to individual controls such as analytical, PAT, engineering, procedural or other controls. The Model illustrates how the Control Strategy embraces ICH requirements (product and systems). It will also provide a discussion bridge between disciplines such as development scientists and controls engineers.

The Legacy Products team has started work and will produce a paper later in 2008 in JPI. The team is considering how to derive business benefits by reviewing knowledge about a product and/or process and proposing opportunities for flexibility in a post approval regulatory application for an approved product. A suggested workflow process will be produced and supported by case studies.

“The publication of these papers is a milestone event as it will bring together an industry view of a risk and science based design approach for pharmaceuticals,” said James C. Spavins, Vice President, Global CMC, Pfizer. “The use of risk based analyses to determine design constraints and then determine appropriate controls is a foundational process for the advancement of science and technology - it is time for pharmaceutical professionals to have an aligned view.”

The Journal of Pharmaceutical Innovation (JPI) is an international, multidisciplinary peer-reviewed scientific journal dedicated to publishing high quality papers emphasizing innovative research and applied technologies within the pharmaceutical and biotechnology industries. JPI’s goal is to be the premier communication vehicle for the critical body of knowledge that is needed for scientific evolution and technical innovation. The journal brings together in a single source the most exciting work from a variety of fields - from R&D to market. JPI publishes Perspectives, Case Studies, Research Letters, Research Articles, and Reviews in the following categories: materials science; process design, optimization, automation, and control; product design; facilities; information management; regulatory policy and strategy; supply chain developments; and education and professional development. JPI is published by ISPE in collaboration with Springer.

About ISPE

ISPE, the International Society for Pharmaceutical Engineering, is the Society of choice for 25,000 pharmaceutical science and manufacturing professionals in 90 countries around the globe. ISPE aims to be the catalyst for “Engineering Pharmaceutical Innovation” by providing members with opportunities to develop technical knowledge, exchange practical experience, and collaborate with global regulatory agencies and industry leaders.

Founded in 1980, ISPE has worldwide headquarters in Tampa, Florida, with a European office in Brussels, Belgium, and an Asia Pacific office in Singapore.

www.ISPE.org

Posted in Technologies in the BioPharmaceutical Industry, Regulatory Affairs, Quality Assurance | No Comments »

FDA Rejects More New Medications This Year Than In 2006 As Agency Faces Scrutiny Over Drug Safety

August 24th, 2007 by Barry - Admin BioPharmArena

FDA in recent months has rejected a “slew” of new drug applications or delayed approval of experimental medications and required more data, as the agency faces increasing concern over drug safety since the painkiller Vioxx was pulled from the market in 2004, the AP/Baltimore Sun reports. FDA this year has approved 61% of new drug applications through mid-August, compared with 73% during the same period last year.

The AP/Sun reports that the increased rejections have affected patients’ access to new medications, hurt drug manufacturers stock prices and are expected to increase the time and cost of developing new and future medications. Steve Brozak, an analyst with WBB Securities, said, “The FDA is being more cautious” because it realizes that new medications will be used off-label, which can increase the risk of serious side effects. Brozak said the agency’s mentality now is that it has “got to be so safe that we’re not going to be criticized ever” for approving the drug.

Read more …..

Medicalnewstoday.com

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Terminally Ill Patients’ Access To Experimental Medications Blocked By ‘Regulatory Schemes,’ Op-Ed Says

August 24th, 2007 by Barry - Admin BioPharmArena

The U.S. Court of Appeals for the District of Columbia issued a decision of “poor quality” on Tuesday when it ruled that terminally ill patients do not have the right to obtain access to unapproved prescription drugs that potentially are lifesaving, Roger Pilon, vice president for legal affairs at the Cato Institute and director of Cato’s Center for Constitutional Studies, writes in a Wall Street Journal opinion piece (Pilon, Wall Street Journal, 8/10).

In 2003, the Abigail Alliance for Better Access to Developmental Drugs and the Washington Legal Foundation filed a lawsuit against FDA to obtain access to experimental medications for terminally ill cancer patients. The lawsuit asked FDA to provide a special initial approval of experimental medications that appear effective and allow their sale and distribution to terminally ill patients who have no other approved treatment options.

Read more …..

Medicalnewstoday.com

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FDA Says Red Yeast Supplements Illegally Contain Lovastatin

August 24th, 2007 by Barry - Admin BioPharmArena

FDA this week warned two companies to immediately stop promoting and selling red yeast products that contain the cholesterol-lowering drug lovastatin.

A warning letter was issued Tuesday to Sunburst Biorganics of Baldwin, New York, for the company’s Cholestrix red rice and yeast extract product. FDA issued a letter the next day to Swanson Health Products of Fargo, North Dakota, for the company’s Red Yeast Rice and Read Yeast Rice/Policosanol dietary supplements.

According to FDA, Swanson’s products, if taken as advertised on the company’s website, provide more than 5 mg of lovastatin daily, or half the lowest-recommended daily dose of FDA-approved formulations of the drug.

FDA stated that Sunburst’s product, Cholestrix, is advertised as containing “1.35% of naturally occurring lovastatin,” with two tablets daily providing 10 mg of the drug.

Read more …..

Medicalnewstoday.com

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Novel HIV Treatment Approved

August 24th, 2007 by Barry - Admin BioPharmArena

FDA and Pfizer Inc. announced the approval of Selzentry, or maraviroc, the first agent in a new class of oral HIV medications: chemokine receptor 5 (CCR5) coreceptor antagonists.

By selectively blocking the CCR5 coreceptor, which is HIV’s predominant route of entry into T cells, maraviroc prevents CCR5-tropic HIV-1 from entering the cells. All other oral HIV treatments on the market combat the virus once it has already entered T cells, according to Pfizer.

According to the product’s FDA-approved labeling (PDF), Selzentry is indicated in combination with other antiretroviral medications for the treatment of adult patients with only CCR5-tropic HIV-1 detectable disease and evidence of viral replication despite treatment with other antiretroviral agents.

Read more …..

Medicalnewstoday.com

Posted in News, Global and Public Health, Regulatory Affairs | No Comments »

European Commission Suspends Roche’s License To Market Antiretroviral Viracept

August 24th, 2007 by Barry - Admin BioPharmArena

The European Commission on Tuesday suspended Swiss pharmaceutical company Roche’s license to market its antiretroviral drug Viracept because of contamination with the substance ethyl mesilate in certain lots of the drug, Reuters reports (Reuters, 8/7). According to the AP/International Herald Tribune, ethyl mesilate can damage DNA and lead to cancer (AP/International Herald Tribune, 8/7).

The European Medicines Agency in June recalled Viracept because of contamination. Roche in a statement said that it recalled all batches of the drug in Europe and other undisclosed countries in cooperation with EMA and Swissmedic, Switzerland’s drug regulator. According to Roche, the drug was recalled after tests indicated that certain batches were contaminated with higher-than-normal levels of methane sulfonic acid ethyl ester — a chemical normally used in the drug in small quantities.

Read more …..

Medicalnewstoday.com

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FDA Okays Stomach Drugs Prilosec And Nexium, For Now

August 24th, 2007 by Barry - Admin BioPharmArena

The US Food and Drug Administration (FDA) said yesterday that a preliminary review of new data on the safety of two stomach drugs made by AstraZeneca, Prilosec (generic name omeprazole) and Nexium (generic name esomeprazole) suggests that long term use of these medications does not lead to heart attacks and other heart related events. The agency said for the time being, until a final decision and recommendation is made in three months’s time, health professionals and patients should not change their current practice in the use of these drugs.

Prilosec and Nexium are proton pump inhibitors (PPIs) used to control stomach acid. They are taken by patients with a range of gastrointestinal conditions such as ulcers and gastroesophageal reflux disease (GERD). Some GERD conditions erode the lining of the food pipe (esophagus) and PPIs help to heal the erosions or stop them getting worse. Prilosec and Nexium are available in the US by prescription, although Prilosec is also dispensed over the counter for heartburn.

Read more …..

Medicalnewstoday.com

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FDA Nanotechnology Report Outlines Scientific, Regulatory Challenges

July 30th, 2007 by Barry - Admin BioPharmArena

The U.S. Food and Drug Administration (FDA)’s Nanotechnology Task Force released a report that recommends the agency consider developing guidance and taking other steps to address the benefits and risks of drugs and medical devices using nanotechnology.

“Nanotechnology holds enormous potential for use in a vast array of products,” said Commissioner of Food and Drugs Andrew von Eschenbach, M.D., who endorsed the Task Force Report and its recommendations on July 23, 2007. “Recognizing the emerging nature of this technology and its potential for rapid development, this report fosters the continued development of innovative, safe and effective FDA-regulated products that use nanotechnology materials.

Read more …..

Medicalnewstoday.com

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What Next For Medicine Regulation? New Zealand

July 30th, 2007 by Barry - Admin BioPharmArena

Now that politics has got in the way of commonsense and led to the demise of the planned joint Australia New Zealand Therapeutic Products Authority, the Government must explain what it is going to do to streamline the approval of pharmaceutical products in New Zealand, says the New Zealand Medical Association.

The proposed joint authority aimed to protect the health and safety of New Zealanders and Australians through the regulation of prescription and non-prescription medicines, complementary medicines, and medical devices.

Read more …..

Medicalnewstoday.com

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CENiMED Announces Certification According To GLP Standard

July 30th, 2007 by Barry - Admin BioPharmArena

CENiMED GmbH, the leading provider of pharmacogenomic services in Germany announces its certification according to international Good Laboratory Practice (GLP) standard by the German authorities, Landesamt für Arbeitsschutz, Gesundheitsschutz und technische Sicherheit Berlin (LAGetSi). The certification applies to pharmakogenomic analyses for the in-vitro determination of the genotype and phenotype as well as to gene expression analyses.

Dr. Volker Muschalek, CEO of CENiMED GmbH, states: “This makes CENiMED GmbH the first and only laboratory in Europe which is able to generate pharmacogenomic data accepted by the regulatory agencies (FDA, EMEA). Since years the agencies strongly recommend the submission of pharmacogenomic data for the approval process of new drugs. Apart from that we are very happy that we can now also offer gene expression analyses with Affymetrix technology as the only laboratory in Europe.”

Dr. Dirk Sawitzky, COO of CENiMED GmbH comments: „This certification reflects the successful implementation of highest international quality standards at CENiMED GmbH and is another milestone in the flourishing development of our young company.”

Read more ……

Medicalnewstoday.com

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EuropaBio Welcomes New EMEA Technical Document On Biosimilars

July 30th, 2007 by Barry - Admin BioPharmArena

The European biotechnology industry welcomes the European Medicines Agency’s (EMEA) new guidance on biosimilar medicines, entitled “Questions and Answers on biosimilar medicines” which was announced recently.

This initiative reinforces the EMEA communication on “biosimilar” medicine and recognises the uniqueness of these products. It states that they cannot be classified as “generics” in the same way that chemical compounds may be, due to the differences stemming from the variability of the active biotechnological substance and its manufacturing process.

Read more ….

Medicalnewstoday.com

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ISPE Launches PQLI Initiative To Facilitate Implementation Of ICH Q8 And Q9 Guidelines

July 30th, 2007 by Barry - Admin BioPharmArena

ISPE, a global not-for-profit association of more than 23,000 pharmaceutical manufacturing professionals, launched a new initiative called Product Quality Lifecycle Implementation (PQLI) at its Washington Conference in early June.

In its role as a “catalyst for change” ISPE is working with regulators in the United States, Europe, and Asia-Pacific to help industry find solutions to the challenges in implementing ICH guidances. The goal of these sessions is to begin to define areas where industry will be able to provide the technical framework for the implementation of QbD in regulatory submissions.

Read more …..

Medicalnewstoday.com

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Six Sigma history, current status and future horizons

July 4th, 2007 by Barry - Admin BioPharmArena

Hugh Davis

Manufacturing processes as well as quality control systems are constantly evolving. Some products of this evolution became integrated parts of any manufacturing or quality system.

The examples are: Statistical Process Control, Total Quality Management Principals, Creative Thinking Tools and Methodologies such as Failure Mode and Effect Analysis, Cause and Effect Analysis, etc. Leading Role of Mathematical Statistical Methods for manufacturing and quality systems became a requirement for technological developments and manufacturing.

Six Sigma is considered by many experts to be the most advanced contemporary system that integrates many of the previously known methods of quality management and provides certain further improvements.

Some of the first companies that started adopting and developing Six Sigma program in late 80’s and early 90’s were Motorola, IBM and GE (General Electric). These companies significantly influenced development of Six Sigma philosophy and methodology. Later companies like AlliedSignal and Sony were reporting successful implementations of Six Sigma programs. Currently there are more companies throughout different industries that are using or considering implementation of the Six Sigma programs. Six Sigma is making it’s way into pharmaceutical and biotechnology industries as well. The topics regarding application of Six Sigma Methodology to Pharmaceutical Process and Six Sigma Benefits for Pharmaceutical Manufacturing Environment were addressed at the Center of Pharmaceutical Training Conference that recently took place in Philadelphia (USA) in March, 2004.

Pre-conference workshops were followed by the conference with wide participation from the leading companies and enterprises in pharmaceuticals and biotechnology industries.
FDA’s Quality Systems Approach and Six Sigma for Pharmaceuticals was the main topic of the conference. The conference was attended by professionals in Quality Assurance, Quality Control, Quality Management and Quality Engineering as well as professionals in Operation and Process, Regulatory Affairs and Auditing. The Fundamentals of Six Sigma was presented by Six Sigma Black Belt, Quality/Performance Improvement Specialist from Rockingham Memorial Hospital. Application of Six Sigma Methodology to Pharmaceutical Process was presented by the Director of business management and global training from Wyeth Pharmaceutical. This company case study addressed the successes that Wyeth Pharmaceutical has had in applying Six Sigma tools to resolve and improve processes within their organization. The representative of pharmaceutical Supply Chain Management from IBM Global Services presented the talk “How Six Sigma Benefits a Pharmaceutical Manufacturing Environment”.

Some controversial questions about Six Sigma program exist, questions are being asked about how applicable is this program in different situations and for different types of companies. But Pharmaceuticals and Biotechnology companies as well as other hightech industries demonstrate significant desire to understand Six Sigma and utilize the advantages of this system. This explains deep interest of the main employers in hiring professionals with knowledge about Six Sigma.

This training material is designed to provide basic knowledge about Six Sigma. Upon the completion you will have good overall understanding of the most important aspects of Six Sigma.

Six Sigma Definitions
Six Sigma is a controlled methodology for achieving company’s performance improvement goals. It utilizes methods of statistics as well as qualitative analysis, provides the roadmap and strategy for improvement and development projects.
Very often people have difficulties trying to formulate one universal definition of what is Six Sigma. Indeed Six Sigma implies a number of different inter-related areas and could be defined on different basis and levels.
Overall 3 most distinctive Six Sigma definitions are in the following areas

  • Six Sigma as a Metrics
  • Six Sigma as a Methodology
  • Six Sigma as a Philosophy

Six Sigma as a Metrics.
Definition of Process with “6 sigma” Capability:
The distance from mean of the process to specification limit is 6 standard deviations ( 6s ), this indicates the possibility that less than 3.4 defectives per million are located outside of specification limit.
“Basic Statistics” section will include detailed review of this definition and it’s meaning.

Six Sigma as a Methodology.
Structured problem solving roadmaps, measurement-based tools and strategy focusing on process improvements and variation reduction.
This is accomplished through the use of Six Sigma sub-methodologies such as DMAIC process (define, measure, analyze, improve, control) DMAIC, pronounced “Duh-May-Ick”, usually applies to the improvement projects for the existing systems and processes. Specific Six Sigma methodologies could be applied to a different type of projects for example in case of new process or product development project DMADV methodology (define, measure, analyze, design, verify) is applied.
“DMAIC” section will describe DMAIC process giving an example of Six Sigma methodology.

Six Sigma as a Philosophy.
Focus on reduction of variation in your business and take customer-oriented, data driven decisions. Six Sigma provides businesses with the tools to improve the capability of their business processes. This increase in performance and decrease in process variation leads to defect reduction and vast improvement in profits, employee morale and quality of product.

Six Sigma Organization
Six Sigma practical implementation in the company involves raising Six Sigma specialists called Belts. There are several levels of Six Sigma specialists (Belts).
Typically the highest level of Six Sigma program is being carried by Six Sigma “Champion”.
Six Sigma Champion is responsible for establishing strategy, managing company targets, identifying major projects.
Six Sigma Master Black Belts are responsible for assisting the Champion in identifying major company projects, developing methodologies, training and guiding Black Belt projects.
Six Sigma Black Belts are responsible for carrying out Black Belt projects, training Green Belts and guiding Green Belt projects.
Six Sigma Green Belts are responsible for carrying out Green Belt projects.
Financial Department Representative responsible for verifying BB and GB projects financial benefits is an essential element in Six Sigma organization.
Typically company will establish a Six Sigma Management Office or group for planning and scheduling operations and systems, managing BB and GB project results, conducting evaluations and audits.

———————-

Hugh Davis is a Senior Instructor , Kriger BioPharmaceutical Training Program http://www.kriger.com/training/ , info@kriger.com

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SOP Writing for Clinical Trials: Staff Training Aspects

June 21st, 2007 by Barry - Admin BioPharmArena

By Akanksha Saxena

Abstract

Write down what you do, do what is written down! The European Clinical Trial Directive 2001/20/EC put the magnifying glass onto the suitability of investigators, their supporting staff, and the quality of facilities when conducting clinical trials across European Member States. With this, the directive also entailed the awareness and importance of the critical conditions in which clinical trials are conducted and managed at investigative sites. It is well known that there are big differences in standards of facilities, which vary in size, expertise, and organization.

Every good quality system is based on its Standard Operating Procedures (SOPs). SOPs are defined by ICH as “detailed, written instructions to achieve uniformity of the performance of a specific function.” SOPs are necessary for a clinical research organization – whether it concerns a pharmaceutical company, a sponsor, a contract research organization, an investigator site, an ethics Committee or any other party involved in clinical research – to achieve maximum safety and efficiency of the performed clinical research operations. 

It is therefore a must that all people and sites involved in Clinical Studies (both at the sponsor and at the investigative sites) have appropriate SOPs in place in order to conduct clinical research and to assure compliance with the current regulations. The ICH GCP Step 5 Guideline (Section 3.2.2) also hints on IRB to have their own SOPs or written standard procedures .This itself proves that presence of SOPs are the integral part of the Clinical trial at all levels.

The presence of these quality documents is essential when inspections take place since the most frequent reported deficiencies during inspections are the lack of written SOPs and/or the failure to adhere to them. The risk of GCP non-compliance is high at organizations with a poor availability of clinical research specific SOPs and also if at all they are available the staff or the people for whom they were written are not either aware of them or their need.

It therefore becomes very important for the staff to train them on these SOPs so that they are actually aware of why and how SOPs can play important role in fulfilling the ICH and other regulatory requirements. This article will cover the importance and value of SOPs, as well as present an approach for the development and training of SOPs at staff levels.

Introduction:

Performing clinical trials is a complicated business. It is bound by regulations and good clinical practice, with the overriding concern of protecting the safety and welfare of study subjects. Sites must follow each protocol exactly and meet other sponsor demands. One of the best ways to ensure that all these conditions are met is to formulate and follow standard operating procedures (SOPs). Standard operating procedures are just that: the “procedures” and processes that are used and “operate” under that have been “standardized” to ensure that we do them the same way each time. An SOP is nothing more than a clearly written description of how a particular task is to be performed. SOPs are critical tools in successful business operations for all those involved in doing clinical trials, including investigative sites, sponsors and IRBs. They are essential for standardizing processes, for ensuring that regulatory and organizational policy requirements are met, for training new personnel and for managing workload. Following pages shall cover the importance and value of SOPs, as well as present an approach for the development of SOPs at investigative sites.

The regulations do not require that investigative sites have SOPs. However, the regulations do state that “A sponsor shall select only investigators qualified by training and experience…” (21 CFR 312.53) and that “[The investigator] will ensure that all [staff] are informed about their obligations…” (21CFR312.53). What does this mean? It means that investigators must be qualified to do trials, as well as qualified in the disease area. It also means that investigators must ensure that all others assisting in trials are knowledgeable about the obligations and responsibilities. One of the best ways to ensure this is to have SOPs that cover clinical trial procedures and responsibilities.

SOPs have several purposes. They ensure that the site has consistent processes that meet or exceed regulatory and good clinical practice (GCP) standards and that all employees are familiar with the processes. They also ensure that processes are reviewed and updated on a regular basis. Having and adhering to good SOPs helps to ensure that audits by sponsors or by the FDA do not result in detrimental findings, and may also afford the site some legal protection.

Writing SOPs is not an easy process. It is very time-consuming and involves analysis of processes. However, it pays big dividends when complete.

There are many ways to approach the formulation of SOPs. It’s foremost important to train the staff with the various aspects of SOPs and to explain their importance within the Clinical Trial.

Definition and Importance of SOPs:
The ICH defines SOPs as ‘detailed ‘written instructions to achieve uniformity of the performance of a specific function’. Consistency and control are fundamental components of a clinical research protocol; they also are necessary for any organization, institution, company to achieve maximum effectiveness of its clinical research operations.

SOPs help to ensure this consistency and control.

A clinical research organization – whether a sponsor, CRO, site management organization (SMO), institutional review board (IRB) - that has well written, comprehensive and practical clinical research specific SOPs, is an organization that has distinct advantage over those that do not.

The advantage is that writing SOPs prompts an organization to take the critical step of interpreting and applying GCP regulations and guidelines to its unique clinical research operations. SOPs ensure consistency, compliance and accountability of personnel all levels of clinical research. Organizations without clinical research specific – SOPs run a high risk of GCP non-compliance and poor productivity.

SOP and Training:
In addition to the aforementioned GCP regulations and guidelines, development of a GCP training program should include review of the organization’s current clinical research SOPs. Because SOPs include who, what, where, how and why of clinical research operations, it is important for the trainer to become familiar with the SOPs and integrate them into the training program.

When a trainer applies and explains GCP regulations and guidelines with the examples of the organization’s clinical research specific SOPs, it ensures a more practical and meaningful interpretation of GCP documents and enhances learning. It also demonstrates that the organization is committed to implementing its clinical research SOPs and not have them languish on a shelf and go unused.

Objective of SOPs:
The sponsor, Investigator and all the Clinical Trial’s staff should be very clear on the objectives of the SOPs while writing them .They can be broadly described as objectives / performance goals

· Define the FDA’ s expectations and ICH principles regarding content and format of SOPs

· Understand why SOPs are needed, who uses them and how they are used

· Determine SOP needs and assign local responsibility for management and review

· Distinguish between SOPs, guidelines, policy statements, and work instructions and learn how each may work for area of responsibility

· Implement appropriate SOP training programs

· Integrate SOPs into a comprehensive document management system

· Implement change control systems and improve management of SOPs

· Understand the role of Quality Assurance in SOP systems.


Production of SOPs:

The primary purpose of the SOPs is to guide and standardize working procedures in order to ensure data reliability and integrity. It is therefore crucial that staff read and follow the SOPs. If this is not the case, not only will the SOPs fail in fulfilling their goal but will also lull staff and management into sense of false security. Often the failure of an SOP or a collection of SOPs originates from the technical shortcomings of the SOPs and the following depressing list shows why staff might resist using SOPs-

· The required SOP is difficult to locate in the total collection of SOPs

· The SOP is written in foreign language

· The SOP is written in language difficult to follow

· Instructions and general information are mixed

· The procedure is described in an unfamiliar way

· The user knows another (better) method, or can do the procedure in ‘his sleep’.

What should SOP cover?
The number of SOPs the arrangement of material in SOPs and the level of detail in the SOPs depend upon entirely on the organization and its related role in the Clinical Trial. e.g., the SOPs at the sponsor’s site will be different than those at the Trial Site. It depends upon the requirement and role of the staff members executing their work.

Following can be considered the brief outline which in general all the SOPs must cover-

· A descriptive title and indication of the SOP’s position in the total collection.

· Date when the SOP became operative

· The edition number and a statement that this edition replaces an earlier edition from an earlier date

· The exact distribution of SOPs

· The signature of the person responsible for writing the SOP

· The signature of the person responsible for authorising the SOP

· In some contexts the purpose of the SOP

The title should contain sufficient information about the SOP’s contents and be placed prominently on the page, to allow the user to identify and find it easily. The distribution list directs the SOP to the place where it will be used. It should be distributed at all the related places of its function. A strict check should be kept for the numbers of SOPs issued and distributed at each working area.

The signature of the person responsible for writing the SOP shows that the SOP is complete and correct, Should an auditor or for matter any one else have a query about the content of SOP, this would be the person in contact. The signature of the person responsible for authorizing the SOP also shows that the SOP is operative.

Who writes SOPs?
The SOP must convey a clear instruction. Not only must the user understand the instruction, the must also be prepared to carry it out. The logical step is to let the user, as far as possible, write the SOP, in collaboration with the Trial Manager / Investigator or Clinical Research Associate.

The user-author practice prevents the working procedure appearing unfamiliar or awkward in the SOP, it is unlikely that the user would resist using it on the grounds that ‘he could do his job in his sleep’-even if this were the case. It is much likely that the user –author practice will result in an improved sense of responsibility for the obligation to use and comply with the SOP.

SOP’s Eight Fold Steps:

Step 1 - Mapping SOPs
Process mapping is a procedure of laying out all the steps in a currently used process and analyzing the process with the goal of making it more efficient and easier to follow. It involves taking each step in the process and “mapping” it into a process chart. All the people who are involved in doing the task should be involved in mapping it into a process chart, and there should be free and open discussion. It is often discovered during this process that all involved people do not do things the same way and have very different ideas about how the current process works and how it should be done in the future.

The SOPs cover all aspects of a clinical trial, including:

  • protocol preparation
  • ethical approval
  • assessing and monitoring trial sites
  • safety data reporting
  • checking data integrity
  • clinical report writing
  • database preparation
  • validating computer systems.

This is the computer age and therefore all the records are generally created electronically. SOPs are no exception and are therefore treated as electronic records. Therefore, it’s important to create them according to the Guidelines by FDA or other applicable regulatory Body. FDA’s Draft Guideline - ‘Computerized System used in Clinical Trials’ recommends following SOPs on site

· System Setup/Installation

· Data Collection and Handling

· System Maintenance

· Data Backup, Recovery, and Contingency Plans

· Security

· Change Control

· Alternative Recording Methods (in the case of system unavailability)

SOPs do not have to “fit into a box”. Formats can vary. Presentation techniques such as flow charts, diagrams, narratives, tables and bulleted lists should be considered in addition to the traditional text and paragraph formats. Presentation might vary, and should address conditions pertinent to the individual environment. Procedures should be presented in a format that will work for the institution and address specific needs in various ways. The goal is to have an easily understood procedure that the Clinical Research Staff will clearly understand and utilize.

Step 2 - Use of Language and Scripting the SOP
The SOP must be written in the language which is understandable by the staff or people dealing with it. If for regulatory purposes or for the foreign auditors the language of SOP has to be in a foreign language, an authorized translation of the SOP in the local language which is understandable by its users must be readily available at the working area.

Authorities, clients and colleagues must be prepared to accept translations; however after all, they are not the primary target of the SOPs. The SOP must communicate their message effectively. They must be crystal clear on who is to do what. This almost seems too obvious to write, but many SOPs are difficult to read. The rule of thumb for writing instructions in SOPs is these-

· Use short active sentences

· Use simple words and terms where possible

· Write the sentences as instructions:’ do this, do that’

· Write the instructions in the right order, so the operator knows when to do the appropriate task

· Separate the instructions from general information ,either typographically or by putting the general information in a foot note

· Limit the amount of information per page-maximum ten different actions

· Use diagrams wherever appropriate

· Give sources and references at the end

Step 3 - Editorial Responsibilities of SOPs
It is possible for each department or section to write, authorize and produce SOP’s in isolation. For the company or the sponsor, however, it is advantageous to give someone editorial responsibilities. Management decides whether or not to edit the SOP’s. Suitable editors might be an interdepartmental GCP committee or some of the QAU (Quality Assurance Unit) personnel.

Their duties would include checking a new SOP for-

  1. Style and format
  2. The edition number
  3. Consistency of content in context with relevant SOPs from other departments
  4. Compliance with policy, ICH GCP and other regulatory requirements

Step 4 - Authorizing the SOPs
No SOP is a SOP without its proper authorization. The purpose of the authorization is to decide on an appropriate method for a given procedure, standardize the performance of the procedure and communicate these decisions to everyone involved. The most effective authorization is done by someone with organizational influence, specialist insight and knowledge of ICH GCP.

The rational approach is to let management, in its policy, mandate the use and production of SOPs. In the same policy it can delegate the responsibility for authorization to the person in charge of each specialist area. These people are defined as ‘management ’in this special context. Departmental SOPs then specify which named individuals are empowered to authorize SOP’s in their area.

Step 5 - Distributing and Archiving the SOPs

Each department or for that matter section (e .g sponsor ’site or Trial site) administers its own collection of SOPs and must identify (by the management) who is responsible for their distribution and withdrawal. Responsibility for typing and copying of SOPs will depend on capacity in the different departments. When the requisite number of SOPs have been produced, before distribution, they should be stamped ‘DO NOT COPY’ and ‘CONTROLLED COPY’ with coloured stamp, or some other technique to distinguish between the original from photocopied versions. The original SOP should be kept by the QAU or a responsible management representative in a secure place.

The historical or expired SOPs whose new versions have been issued should be properly archived with ‘ARCHIVED’ stamp on the original SOP. They should be kept in a designated place with controlled entry called ‘Archives’. These SOPs can be retrieved from the ‘Archives’ for the purpose of reference or audit whenever required with a proper documentation and the SOPs should be re-archived after the job is finished. A management designated person called ‘Archivist’ should be responsible for managing the archives.

All the photocopies of expired SOP must be destroyed immediately after its new version comes in effect. This is to reduce the confusion for the staff in working by existence of two different methods floating simultaneously.

Step 6 - Training of the SOPs
Training on SOPs is often the last thing that people think about once the SOP is written. When the SOP goes into effect there is often a great sense of relief. However, it is frequently the case that staff does not receive adequate training on the SOPs. The purpose of the SOPs thus, remains unfulfilled.

The QAU/ Monitors / Clinical Research Managers and the management should see to it that there is continuous training of SOPs among the staff. The trainings should be documented properly and all records in form of training log must be maintained in the staff training record. Generally, the effective date for a SOP must be two to three days after it is authorized. This is to give sufficient time for staff to read and understand the SOP before it is actually implemented in the system. The effective date should be clearly specified on the SOP so that the staff is aware of it. Also staff training on FDA’s 21 CFR Part 11 and related guidelines on electronic records should be undertaken.

Formal and continuous training sessions should be taken by the QAU, Clinical Research Associate and Clinical Research Managers. Thus would increase the SOP awareness among the staff and also the continuous review will help in amending the SOP, if required.

Step 7 - Alterations in SOPs
When a mistake in an SOP is found, it is tempting to alter the text by hand. It is especially tempting when the SOP is newly issued or if the change is only in the distribution list. Such alterations are dangerous as no one knows whether the comments appear in all SOPs of that edition, how long they have existed there, whether anyone has modified their working routine as a result, or whether data has been compromised .The detection of such actions must prompt inquiry, and if alteration is necessary, the SOP will need updating.

In case of electronic SOPs, there must be a secured system of change control and rights to modify SOPs should be properly reflected in audit trail. The procedure of updating a SOP must reflect in the appropriate SOP both electronically and manually (if practiced).

Step 8 - Reviews of SOPs
Standard Operating Procedures should be regularly reviewed and updated to ensure that they encourage efficient working practices that comply with the ever increasing requirements, improvements and government regulatory framework that have to operate within.

It is prudent for the management to introduce a scheme for automatic review of SOPs. This date of next review should be reflected on the SOP itself so that everybody is aware of the next review date for the SOP and are ready with their suggestions and improvements. If no changes are necessary this decision should be recorded but still the version number of the SOP should be changed to reflect that review did happen.

The Use of SOPs:

Deviations from SOP
A deviation from SOP is a procedure that does not comply with the written instructions and where the non compliance is not described in the study protocol. They can be both planned and unplanned and must be recorded as ‘SOP Deviations’. These deviations must be authorized by the Investigator or the Trial Manager at the sponsor’s side.

The Monitors, QAU are responsible for assuring management that working procedures comply with the SOPs and for reporting deviations. The staff should know that the deviations always occur during the course of trial. Deviations show that the work was done and problem was solved but it is very important to get them documented and authorized. While deviations sometimes occur due to inattention, tiredness, pressure of work, sometimes the SOP itself is at fault .Perhaps the user has found a much superior way of doing the job. If the cause of deviation lies in the SOP, it is time for the SOP to be updated, since continued deviation is unacceptable.

Quality Assurance of the SOPs
Before any Inspection or audit starts, it is customary for the Inspector or the Auditor to read the current SOP’s for the relevant Trial. This is to judge the compliance of SOPs and the how sincerely they are used in the trial related activities and thereby following ICH GCP and other applicable regulatory guidelines.

During Inspection the Inspectors generally ascertain-

· Appropriate SOPs are available

· Edition numbers are correct and all obsolete editions have been withdrawn from circulation

· Distribution lists are still correct

· SOPs are effective, not leaving parts of the working procedures uncontrolled

· In case of transfer of Trial medication, CRFs, documents etc from one area to other, the SOPs follow the process the whole way and are consistent with SOPs in next area.

· Does the SOP convey a process that is effective in achieving compliance with requirements/standards?

· Is the process that is described in the SOP an efficient way of performing the task?

· Can the requirements of the SOP be enforced?

Audit trails or other appropriate security measures are needed to ensure electronic record integrity, it is recommended that personnel who create, modify, or delete electronic records (which also happen to be SOPs) not be able to modify the documents or security measures used to track electronic record changes. It is recommended in FDA Guideline that audit trials or other security methods should be used to capture electronic record activities document, who made the changes, when, and why changes were made to the electronic record. (Refer FDA’s Draft Guidance for Industry Computerized Systems Used in Clinical Trials)

The following are the danger signs-

· Unauthorized copies in use

· Unauthorized SOPs or drafts in use

· Sections of unauthorized copies, separated from edition number displayed on the notice board for easy reference.

· Unauthorized alterations written on the SOP

· Deviations.

· No or incomplete SOP training records for the staff

A file of all SOPs used throughout the study must be available. This may include archived SOPs if the inspection is conducted after the study is closed. Ensure all staff is familiar with their content and that relevant training has been provided and documented in the staff training records. The Inspectors or auditors take a note of such findings and try to find out whether they affect a deeper failure, perhaps in training, understanding of the purpose of SOPs, management commitment, or a quite different cause. Then the findings can be used to optimize the SOPs effectiveness.

The limitations of the SOPs
GCP presents the tidy view of the world in which the implementation of a set of SOPs, combined with meticulous Monitors and Auditors attention to compliance will inevitably lead to set of reliable data. Unfortunately this comforting notion is a truth with many modifications. While SOPs are a powerful tool for controlling activities and assuring data reliability, like any other tools, they function best in the right hands; in untrained hand with malicious intent they can be dangerous. They do not replace trainings and the opportunity of dialogue.

Unexpected Interpretations
The first edition of any SOP usually contains ambiguous sections which seemed clear at the moment of writing but which produce unpredictable ways of working in the trial. The second edition usually replaces the first promptly, and the work is on the track. However the cleverest author will never be able to imagine the failures that even a good SOP cannot prevent.

Here is a real life incidence to prove this.

The SOP required the noting of exact time of dosing to the patient on the CRF (Case Record Forms).The nurse noted the time accurate to the minute required, having consulted an elegant watch whose face bore a golden disc for 12, and nothing more. The Monitor who was present queried the use of watch, to which the nurse replied (rightly) that it was more precise than the inferior digital contraption. The SOP did not specify what sort of watch to use, and the difficulty had to be resolved by recourse in other section in the guidelines, since the Monitor could not demonstrate non compliance.

Aspects not covered by SOPs
Controversies sometimes arise when Investigator considers a given procedure, such as procedure for physical examination of healthy volunteers too trivial to deserve an SOP. The justification for this point of view is that it is fair to assume a certain level of proficiency from a qualified Medico’s previous professional training and use this assumption to check the proliferation of SOP. However it is hard to draw a line between trivial and non–trivial operations. If there is no SOP, the Inspectors and Monitors cannot inspect the procedure for compliance.

The above SOP is not written because the Doctors considered the skill integral to the qualifications of anybody qualified to work in that area. Such an SOP would only add clutter without contributing to data quality. However, if such a process did go out of control, it would have to be formalized in an SOP.

Good SOPs are necessary-but not sufficient –for the production of quality data. Not only are the SOPs asset to the Trial and Sponsor, they also bring other advantages, such as the opportunity to clarify working routines an areas of responsibilities. A collection of good SOPs signals to outside world management’s commitment to GCP and production of quality and reliable documentation.

The SOPs are only useful if their user i.e. the staff involved in the Clinical Trial read understand and follow them. If the user is also authors, this purpose is usually fulfilled.

It’s very important to train the personnel involved in the Clinical Trial on SOP writing and its various important aspects for a successful and quality study.

References:

· ICH Topic E6 Guidelines for Clinical Trial Step 5

· FDA’s Draft Guidance for Industry Computerized Systems Used in Clinical Trials

· OECD (1982) Principals of GLP

· Day, Ray How to Write and Publish a Scientific Paper(Philadelphia: ISI Press)

· Carson and Dent(1990), Good Laboratory and Clinical Practices(Pg67-82)

· Janet F. Zimmerman, Integrating Standard Operating Procedures into GCP Training

· http://www.impactcg.com/docs/SOCRA_11.99_SOPs.pdf (PDF File)

· http://www.centerwatch.com/bookstore/samples/s04624_06.pdf (PDF File)

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(Originally published by the IBPA)

 

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Regulatory Affairs: Things Can Go Awry During the Drug Approval Process.

June 21st, 2007 by Barry - Admin BioPharmArena

by Hugh G. Davis,

There are many opportunities out there in the pharmaceutical and biotechnology marketplace that are very attractive in terms of investment. Beware! Investing in companies developing drugs or other biotechnology products on the premise that their shares will rise post-launch requires consideration of the probability of success and the impact on fundamentals. It is always best to know the most about the drug or biotech product you are planning on investing in. Even then, there are still many things that can go awry during the Drug Approval process.

For example, Genta and Allos Therapeutics have both recently seen staggering declines in their stock prices, 70% and 50% respectively, after having their drugs reviewed by the FDA’s Oncologic Drugs Advisory Committee (ODAC). This is a board of experts that evaluates oncology drugs and makes recommendations to the FDA. The ODAC saw significant problems with the clinical data from these drug programs and as a result these drugs are not likely to be approved without additional clinical trials.

In the case of Allos, the ODAC did not agree with the statistical analysis of their Phase III trial on thier anti-cancer drug RSR13. When the ODAC analyzed certain sub-groups of the study population they came to the conclusion that the survival rates reported by Allos indicated a false positive.

The ODAC also had several reservations about the Genta data for their anti-cancer drug called Genasense for the treatment of metastatic melanomas, including: complete responses reported by Genta that were not independently verified, increased toxicity in the Genasense arm without an increase in survival, and prognostic factors that were skewed in favor of the Genasense arm.

O bviously, investors in these drugs did not see this coming. These two examples demonstrate the need for effective clinical trial planning and the necessity of fully complying with the regulatory requirements of the drug approval process. In both of theses cases, consultation with the statisticians at the FDA could probably lessened the impact of these situations.

Another consideration of investment in the biopharmaceutical industry is an analysis of your assumptions about the company you may be considering. In evaluating biotechnology or pharmaceutical companies it is important to distinguish science from business. Exotic scientific techniques do not guarantee commercial success. Development of biotech-derived silk is an excellent example of the importance of understanding the science behind a product. Stronger and lighter than steel, spider silk has many potential applications. The problem in producing spiders silk stems from the inability to farm spiders.

Nexia Biotechnologies Inc. has produced genetically engineered, cloned, goats that make spider silk in their milk. Sounds promising, doesn’t it? Researchers have also found a way to produce spider silk in potatoes. While potatoes aren’t quite as exotic as cloned sheep, they promise a lower price for production.

The assumption inherent in producing spider silk in goats, potatoes, or anything that isn’t a spider, is that you can actually produce a useful product. Nobody has yet managed to find a way to spin silk proteins into the strong fibers that spiders make. Thus, even if it becomes possible to produce spiders silk in large quantities, the remaining challenge is to form an active product.

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Hugh G. Davis is a Senior Instructor , Kriger Biopharmaceutical Career Training Program www.kriger.com , info@kriger.com

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