Industry Trends

Clinical Research
Off-shoring: A Country Attractiveness Index for Clinical Trials

By Mark P. Mathieu
For many years, pharmaceutical companies have been off-shoring manufacturing operations to lower-cost countries. Healthy margins and strong risk aversion have afforded pharmaceutical companies the luxury of staying close to home, for all but manufacturing activities. As financial pressures increase, pharmaceutical executives are finding that going offshore is not only less risky than it once was, but also too attractive to ignore.  Read More




Informed Consent Errors a Global Phenomenon



By Deb Borfitz

January 4, 2010 | The informed consent process for clinical trials is intended to be relatively constant site to site and nation to nation, in accordance with the ethical principles set forth by the Declaration of Helsinki and the International Conference on Harmonization Good Clinical Practice (ICH-GCP E6) Guideline. But as regulatory agencies have repeatedly acknowledged, the process in actual practice suffers from “chronic deficiencies,” says Chris Brouillard-Pierce, director of Toronto-based consultancy CQA Solutions.

The deficits are related to content as well as the manner and timing of consenting, says Brouillard-Pierce, who has conducted GCP audits for trial-sponsoring pharmaceutical and biotechnology companies in Canada, the U.S., the U.K., and Eastern Europe.

Although upfront GCP training to the informed consent process helps promote compliance, deficiencies continue to be observed at investigator sites around the globe, Brouillard-Pierce says. In some cases, investigators delegate the consenting function to someone unqualified to do so. Inadequate sponsor monitoring (i.e. monitoring commencing months after enrollment begins) may also result in the late detection of early consenting mistakes, which then get replicated. Conversely, consenting errors can be significantly reduced by ensuring monitoring begins after the first few patients are enrolled and every four to six weeks thereafter.

Still, there’s no such thing as a “perfect site,” she continues. Internal sponsor auditors and regulatory agency inspectors alike expect to find GCP deficiencies. The focus is on the corrective and preventive action taken once a problem is recognized.

Based on the U.S. Food and Drug Administration’s Inspectional Observations (FDA-483), failure to properly obtain informed consent is one of the most commonly cited violations at research sites. Seven of eight warning letters sent to clinical investigators between May and September 2009 specifically mention failure to properly obtain informed consent, most often as a result of having participants sign an outdated version of consenting forms.

Another common transgression are informed consent forms missing ICH-GCP (Section 4.8) suggested elements such as listing all of a drug’s potential side effects, providing a sufficient explanation of the randomization procedure and trial treatments, or listing incomplete information regarding the person to contact in case of emergency. Even the timing of consenting (i.e. after enrollment/randomization into the trial or medication washout rather than before) is problematic.

Regulatory guidance (Guide-0043) issued in August 2008 by Health Canada found the same types of issues plague the informed consent process in Canada.

Some problems inadvertently arise when translating consent documents into a new language, says Brouillard-Pierce. “Content can either get omitted or be translated incorrectly.” The use of software applications that translate “literally rather than for true meaning” is definitely unacceptable. Translation must be performed by certified translators with informed consent documents undergoing “back translation.”

The fact that consent documents have become increasingly unreadable, lengthy, and uninformative is itself a problem, says Yeong-Liang Lin, associate director, medical device, with Taiwan’s Center for Drug Evaluation. This is “especially [true] for countries translating the original consent forms to produce their own edition. During translation, many terms and descriptions become difficult to understand even for health care professionals, not only for lay people.”

The use of undecipherable language is indirectly addressed by the ICH-GCP guidelines (Section 4.8.6) in that they prescribe the use of informed consent forms that are “as non-technical as practical and…understandable to the subject.” Other outright informed consent breaches include failure to get ethics committee approval to make changes to consent documents or to give subjects sufficient time to consider participation in the trial.

Though not specifically required by international guidelines, “the worldwide regulatory status of the investigational drug and the number of subjects to be recruited in the study” should also be included whenever possible, Lin says. Most countries also have their own “culture-based standards” that need to be followed.

Given that consenting is done face to face and informed consent form templates are study-, drug/device-, and IRB-specific, there appears to be little software could do to improve the process beyond perhaps ensuring steps happen in the appropriate order and flagging users when re-consenting needs to occur and with which version of consenting forms, according to several subject matter experts.

Click here to log in.

1 Comments

  • Avatar

    I would like to expand on the software comments. Creative use of software can aid both the candidate and the site during the consent process. Our study specific multimedia web approaches provide candidates with an consenting experience that includes audio tracks, multiple languages, and embedded educational pieces and decision tools, all of which assist the candidate in uderstanding the trial and consent. Sites are provided with detailed metrics on time/date and use by candidates, only current IRB approved consents are avaiable to the candidate. Creative integration of webcams, audio questions and fingerprint access can provide assurance that the the site has consented the candidate and answered questions.

Add Comment

Text Only 2000 character limit

Page 1 of 1

White Papers & Special Reports

Life Science Webcasts & Podcasts

medidata podcast #8 Meeting Today’s Challenges in Clinical Trial Supply Management
Sponsored by: Medidata Solutions Worldwide  

Setting up and managing the clinical trial involves many complex procedures. Among the most challenging are planning and executing the logistics of the trial’s clinical supplies. This podcast focuses in depth on the following topics which trace current practices and future evolution of this crucial aspect of clinical trials:

  • Current practices in clinical trial logistics
  • Comparing advances in clinical supply practices to  other aspects of clinical trials 
  • Where current practices fall short of meeting the challenges
  • Trends and evolving improvements that may change the way logistics are conducted

Listen Now  


More Podcasts

Job Openings

tessella logo 
Scientific Software Engineer
Boston MA
$70,000 to $95,000
 

Tessella delivers software engineering and consulting services to leading pharmaceutical and biotech companies. We are recruiting Software Engineersto work with skilled bioinformaticians and scientists to identify business needs and recommend and develop technical solutions. Applicants require BS, MS or PhD in bioinformatics, biology or chemistry and 2+ years of software development in either: Java, C#, C++, C or VB.NET. 

Apply at http://jobs.tessella.com   

 

oxford nanopore logo 


 Early Access Collaborations Managers
Oxford Nanopore Technologies is developing a novel technology, GridIONTM for the direct, electronic analysis of DNA/RNA and other analytes.  As the system approaches the market, we are building a team of technically knowledgeable, highly motivated candidates with excellent customer service and facilitation skills to join our company as Collaboration Managers.  This is a unique opportunity to work with world-leading genomics customers throughout the early adoption phase of a new generation of DNA sequencing technology.. This is a facilitative, enabling role with responsibility for managing technology development collaborations with key customers at leading genomics institutions.  It will include long term management of the collaboration plan and milestones and associated meetings and documentation. Click here to find out more and apply   

Oxford Nanopore's GridION technology, VP, Sales and Marketing Oxford Nanopore Technologies is a fast-moving technology company that is developing a novel electronic molecular analysis technology. The technology is adaptable for the analysis of DNA/RNA, proteins, chemicals and other molecules.  It is therefore suitable for use in a variety of markets including scientific research and clinical applications.  As the technology approaches the market, Oxford Nanopore is seeking a visionary VP of sales and marketing to join the senior team.  The candidate will embrace the opportunities afforded by entering the market with a truly disruptive technology that has the potential to expand the number of users and the variety of applications in each target market.  This is a rare opportunity to influence the commercial strategy at an early phase of its commercial lifetime, in a well funded company.  Oxford Nanopore welcomes applications from candidates with a track record of high-level strategic commercial  leadership, who wish to apply a fresh approach to existing markets.  Experience in Life Sciences/DNA sequencing is central to this role, however we will consider your application if you have experience of disruptive technologies in other related industries.  We are particularly interested in candidates with strong expertise in the use of digital technologies for sales and marketing of scientific/technical products.  Click to  Apply  


 





Sponsored Links

For reprints and/or copyright permission, please contact  Tim McLucas, (781) 972-1342, tmclucas@healthtech.com .