Tag Archives: validation

Health Canada opens consultation on cleaning validation guidance

Health Canada has opened the consultation process to provide guidance on issues and topics related to the validation of equipment cleaning the removal of contaminants associated with previous products, residues of cleaning agents as well as control of potential microbial contaminants. This guidance is for pharmaceuticals biologicals and radiopharmaceutical product manufacturers. The purpose of this guidance is to ensure that such manufacturers remain compliant with good manufacturing practice (GMP).

more information can be found on the Health Canada website

EMA publishes guideline on bioanalytical method validation

EMA has publishes guidelines to assist companies understand key elements required for validation of a bioanalytical method. It focuses on the validation geared towards quantitative concentration data used for pharmacokinetic and toxicokinetic parameter definitions. Guidance on criteria of application of these validated methods in the routine analysis of study samples from animals and humans.

excerpts from guidance

full text here

This guideline defines key elements necessary for the validation of bioanalytical methods. The guideline focuses on the validation of the bioanalytical methods generating quantitative concentration data used for pharmacokinetic and toxicokinetic parameter determinations. Guidance and criteria are given on the application of these validated methods in the routine analysis of study samples from animal and human studies.

Measurement of drug concentrations in biological matrices (such as serum, plasma, blood, urine, and saliva) is an important aspect of medicinal product development. Such data may be required to support applications for new actives substances and generics as well as variations to authorised drug products. The results of animal toxicokinetic studies and of clinical trials, including bioequivalence studies are used to make critical decisions supporting the safety and efficacy of a medicinal drug substance or product. It is therefore paramount that the applied bioanalytical methods used are well characterised, fully validated and documented to a satisfactory standard in order to yield reliable results.
Acceptance criteria wider than those defined in this guideline may be used in special situations. This should be prospectively defined based on the intended use of the method.

Translating for Health: Review and Validation Procedures

Translating for Health: Review and Validation Procedures

Article By Mark Gibbson

Up until recently, reviewing translations was not accorded much, if any, importance. This is the sole reason why we often receive translated manuals for a whole host of consumer goods that are unreadable, nonsensical and useless. An example of how serious a lack of review could be in the pharmaceutical sector is illustrated in the following real (and anonymised) example from an English-to-Spanish translation:

•       Source sentence: “XXX has not been proven to cause cancer“

•       Forward translation: “Se ha probado que XXX no causa cáncer“ [Back Translation: “XXX has been proven not to cause cancer“]

•       Reviewer’s amendment: “No se ha probado que XXX cause cáncer“ [Back Translation: “It has not been proven that XXX causes cancer].

In essence, if a reviewer were not involved in the above translation, the initial effort would have seriously incorrect. Imagine the legal ramifications of this case without the reviewer’s intervention…

The translation review process should be more than simply a proofread. The review procedure must have ‘all the bases’ covered (syntax, punctuation, spelling, general sense, etc.) and ideally be in accordance with the EN 15038 standard. This article focuses on some of the reviewing practices that I’ve encountered in the pharma and medical devices sectors.

Affiliates review

Multinational companies have native speaking affiliates all across the world. The larger companies clearly have hundreds of languages represented by staff in affiliate offices across the globe. Therefore, it is sensible for affiliates to be involved in checking over translations in their respective languages. The advantage of this is clear-cut: affiliates know the products, they are intimate with the subject matter and they understand the technical and scientific aspects of the translated texts.

However, the latter point can also be a disadvantage. For example, I have experienced a number of cases involving patient education materials (such as a PIL or information to support a Risk Management Plan), written for lay audiences, where affiliates have changed lay terms back to the technical terms. Clearly, where these lay terms have been arrived at following patient consultation in a PIL Test, the affiliates’ actions in these cases are completely counterproductive. What is even more counterproductive is the policy of some multinationals to prioritise affiliates’ comments over those put forward by an independent reviewer.

Independent and Expert review

This independent review usually involves a simple review step after the translation, which can be just a read-through by a second person. This is most often conducted by an independent translator who is a native speaker of thesource text. This sounds like an obvious step to take, but it is surprising to learn how many translations do not undergo an independent review.

The expert review is, as its name suggests, a review undertaken by an expert in the subject matter in question. Typically, this would be a clinician or someone from a biomedical background with a published track record in the subject matter. Ideally, the expert review should be conducted in addition to the independent review, but both steps naturally add to the overall cost of the translation.

Parallel translations and independent review

Some companies perform parallel translations of the source text by two independent translators. These translations are then validated and reconciled by a third reviewer. This method is robust to some extent as it displays an influence from the gold standard methodology for linguistic validation of Patient-Reported Outcomes and Quality of Life instruments. However, it has its drawbacks. Primarily, it imposes additional costs to the translation process. Secondly, if this approach is outsourced to two translation agencies for the forward translations and given the point made above about different translation agencies potentially using the same pool of translators, it is possible, albeit remotely, for the two independent translators to be one and the same person. However, this risk is removed entirely by developing your own translation network.

Back translation

Back translation, the practice of translating word-for-word the target text back to the source text, was once the gold standard for translation review methods. While there are advantages to the back-translation approach, the disadvantages are evident: it is time-consuming and the costs of the back-translation equal those of the forward translation. However, there are areas of the pharmaceutical industry where back-translation is a Standard Operating Procedure, such as linguistic validation of measurement instruments, such as Quality of Life or Patient-Reported Outcome tools.

User consultation

This approach involves checking understanding with small numbers of native speakers of the language in question. This could be done by using a number of methods, depending on the client’s appetite for further reviewing, as this implies extra costs to the reviewing process. One method is conducted in the style of a ‘mini’ consumer evaluation test (not dissimilar from a readability test), another is cognitive debriefing, in much the same way as linguistic validation is carried out for multilingual questionnaires for clinical trials follow up studies.



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Damien Bové is THE Drug Development and Regulatory Consultant (pharmaceutical or biotechnology), I work with my clients to define a drug development target, define a drug development strategy, define a regulatory strategy or define a commercial strategy. Our clients are generally raising funds or looking to license out their technology and we help them achieve it. If you want to know more don’t hesitate to get in touch.

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EMA Publish Concept Paper on Need for Revision of the Position on the Replacement of Animal Studies by In-Vitro Models

EMA Publish Concept Paper on Need for Revision of the Position on the Replacement of Animal Studies by In-Vitro Models

Full Text Here

A Position on the Replacement of Animal Studies by in vitro Models was adopted by the Committee for Medicinal Product for Human Use (CHMP) in February 1997 [1]. This paper addresses the feasibility of replacing in vivo animal studies by in vitro investigations in the non-clinical development of medicinal products. Furthermore, considerations regarding validation procedures for in vitro methods and their incorporation into CHMP guidelines are presented.
Over the past years a shift has been observed towards the regulatory acceptance of scientifically valid in vitro methods as well as formally validated in vitro methods as part of an integrated testing strategy. Moreover focus has broadened to the application of all 3 R’s, replacement, reduction and refinement, whilst historically much emphasis has been placed only on replacement of animal studies by one or more in vitro or in silico approaches. Large EU initiatives such as the European Centre for the Validation of Alternative Methods (ECVAM) and the European Partnership for Alternative Approaches to Animal Testing (EPAA) facilitate progress in this field. Finally, the application of all 3 R’s is currently embedded the drafting process of non-clinical regulatory guidance both at EMA and ICH level.

In vitro methods are already an integral part of the non-clinical testing programme of human medicinal products, either as pivotal, supportive or as exploratory studies. Moreover, approaches aiming at reducing or refining animal studies are routinely implemented in regulatory guidelines, where applicable. As such, although regulatory acceptance of 3R alternatives is currently possible via multiple and flexible approaches, at present there is no clearly defined process for regulatory acceptance of all 3R alternatives (refinement, reduction and replacement).
Taking into account the progress in the field of the 3R’s as described above, a thorough revision of the Position on the Replacement of Animal Studies by in vitro Models [1] is needed in order to ensure that:
the focus is extended to include replacement, reduction and refinement alternatives.
a process for regulatory acceptance of all 3R alternatives (replacement, reduction and refinement) is described.
different possible approaches for regulatory acceptance of 3R alternatives are clearly described, and therefore the need for formal validation studies versus proof of scientific validity should be discussed.
if applicable, formal validation requirements are updated according to the current state-of-the-art.
the legal requirements related to the application of the 3Rs as per Directive 2010/63/EC are adequately reflected.
This revision includes a change in title of the guideline to be developed as compared to the current position paper in order to take into account the above considerations.

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Damien Bové is THE Drug Development and Regulatory Consultant (pharmaceutical or biotechnology), I work with my clients to define a drug development target, define a drug development strategy, define a regulatory strategy or define a commercial strategy. Our clients are generally raising funds or looking to license out their technology and we help them achieve it. If you want to know more don’t hesitate to get in touch.

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“Please note that the pages on this website are designed to provide you with general information only. We make no warranties, representations or undertakings about any of its content. This includes the completeness, accuracy and fitness for any particular purpose, or the content of any third party site referred to or accessed through it. You are personally responsible for ensuring that the information is correct and we will not be held liable or accountable for any mistakes that occur.”

Drug Regulators, EMEA (EMA), Publish Draft Guidance on the Validation of Bioanalytical Methods

Drug Regulators, EMEA (EMA), Publish Draft Guidance on the Validation of Bioanalytical Methods.

Full Text Here.

This guideline defines key elements and provides recommendations for the validation of bioanalytical methods. The guideline focuses on the validation of the analytical methods used for pharmacokinetic sample analysis. In addition, guidance will be provided with regard to the actual analysis of study samples.

Measurement of drug concentrations in biological matrices is an important aspect of medicinal product development for those products containing new active substances as well as for line extensions and generic products. Such data may be required to support new applications as well as variations to authorised drug products. The results of toxicokinetic, pharmacokinetic and bioequivalence studies are used to make critical decisions supporting the safety and efficacy of a medicinal drug substance or product. It is therefore paramount that the applied bioanalytical methods used are well characterised, fully validated and documented to a satisfactory standard in order to yield reliable results.
Acceptance criteria wider than those defined in this guideline may need to be used in special situations, such as analysis of complex matrices (e.g. solid tissues), when usual acceptance criteria cannot be met. This should be justified and prospectively defined.

Damien Bové is THE Drug Development and Regulatory Consultant (pharmaceutical or biotechnology), I work with my clients to define a drug development target, define a drug development strategy, define a regulatory strategy or define a commercial strategy. Our clients are generally raising funds or looking to license out their technology and we help them achieve it. If you want to know more don’t hesitate to get in touch.

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Sign up for the most value add free newsource you can get for free. We spend a huge amount of time and effort monitoring the main drug / device regulators websites for changes in the regulatory environment, and capture between 20 and 40 new regulattions, rules and initiatives each month, and summarise them in a fantastic FREE monthly Regulatory and Market Round Up. You can Un-Subscribe at any time and we don not share your details with anybody. You can’t afford to miss out on this service. Just fill in the form below.

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“Please note that the pages on this website are designed to provide you with general information only. We make no warranties, representations or undertakings about any of its content. This includes the completeness, accuracy and fitness for any particular purpose, or the content of any third party site referred to or accessed through it. You are personally responsible for ensuring that the information is correct and we will not be held liable or accountable for any mistakes that occur.”

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Drug Regulators, EMEA, Publish Draft Guidance on Validation of Bioanalytical Methods

Drug Regulators, EMEA, Publish Draft Guidance on Validation of Bioanalytical Methods.

Full Text Here

Measurement of drug concentrations in biological matrices is an important aspect of medicinal product development for those products containing new active substances as well as for line extensions and generic products. Such data may be required to support new applications as well as variations to authorised drug products. The results of toxicokinetic, pharmacokinetic and bioequivalence studies are used to make critical decisions supporting the safety and efficacy of a medicinal drug substance or product. It is therefore paramount that the applied bioanalytical methods used are well characterised, fully validated and documented to a satisfactory standard in order to yield reliable results.
Acceptance criteria wider than those defined in this guideline may need to be used in special situations, such as analysis of complex matrices (e.g. solid tissues), when usual acceptance criteria cannot be met. This should be justified and prospectively defined.

Damien Bové works as a drug development consultant (pharmaceutical or biotechnology) and regulatory consultant, we work with our clients to define a drug development target, define a drug development strategy, define a regulatory strategy or define a commercial strategy. Our clients are generally raising funds or looking to license out their technology and we help them achieve it. If you want to know more don’t hesitate to get in touch.

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recombinant vaccines for the prevention and treatment of infectious disease, and provides guidance on quality, non-clinical and clinical aspects.
ida consultants freestrategyconsultation 515x64 Drug Regulators, EMEA, Publish Draft Guidance on Validation of Bioanalytical Methods

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“Please note that the pages on this website are designed to provide you with general information only. We make no warranties, representations or undertakings about any of its content. This includes the completeness, accuracy and fitness for any particular purpose, or the content of any third party site referred to or accessed through it. You are personally responsible for ensuring that the information is correct and we will not be held liable or accountable for any mistakes that occur.”