Neurology, Neuroethics, Neurotechnology: The New Challenges

As part of the Brain Matters! Vancouver Thematic Sessions Video Podcast, we present:

Neurology, Neuroethics, Neurotechnology: The New Challenges
by Elena Moro, Professor, Joseph Fourier University-CHU Grenoble

This video presentation features key points from Dr. Moro’s session on the use of deep brain stimulation and neuroethics.

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Neurotechnology for Our Homes and Our Nations: The Neuroethics of Privacy and Security

As part of the Brain Matters! Vancouver Thematic Sessions Video Podcast, we present:

Neurotechnology for Our Homes and Our Nations: The Neuroethics of Privacy and Security
by James Giordano, Chief, Neuroethics Studies Program, Georgetown University Medical Center

This video podcast highlights key points from Dr. Giordano’s lecture on the role of neurotechnology on addressing legal/neuroethical issues and its implications on the law, public safety, and security.

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Terms and Conditions may apply

An alternative Regulatory Framework for medical technology

Attending ‘The Real Deal on Stem Cell Therapies” at Science World this week, I was fascinated to hear the industry perspective on the future of Regenerative Medicine (presented by Gregory Bonfiglio). We heard about the obstacles that hamper medical technology as a viable investment for many, as 10-15 years of clinical trials are required before an intervention, such as stem cell based technologies, are approved and allowed onto the market. Only then can investors see a return. This long process, the translation of therapies from bench to bedside affects patient outcomes too. We then heard of an alternative Regulatory approach (see Hara, Sato & Sahara, 2014 for full details). As a Neuroethics researcher, currently immersed in the world of clinical trials, hearing about the Japanese approach to regenerative medicine regulations got me thinking…

At present, in the USA, Canada and Europe, all health technologies (including medications) must provide evidence from 3 phases of clinical trial before Regulatory approval. Only then can it be released to the market (see Figure1 for a rough summary). This process can take up to 15 years, and during this time only participants in the trials have access to the experimental intervention.

Figure 1: Current Regulatory Model

Clinical Trial summary

The new Japanese regulation, coming into effect November 1st, 2014, will allow for Conditional Approval earlier in the regulatory process. This will be granted to a regenerative medicine after safety has been established, and if indications of efficacy are present. Full evidence of efficacy is not required. Looking at the traditional model in Figure 1, this Conditional approval is based on evidence similar to that from a Phase 2 clinical trial. Conditional approval allows the intervention onto the market, and can be used by physicians according to their judgment, similar to fully approved treatments. In order to gain Full approval, there is a requirement for evidence of efficacy (akin to Phase 3) to be presented within 7 years.

So what does this might this mean in practice?

For patients who are waiting for new treatment options, particularly those who do not meet the criteria for clinical trial participation, they can try new things sooner, and from their own doctor in a regulated manner. This may reduce medical tourism, and ensure that patients receive experimental interventions that are safe, if not necessarily effective.

For Industry, it shortens the lengthy time schedule from investment to market, so investors can see a financial return earlier. This could open the market to more investors, more alternative research endeavors and more options on the market in future.

Yet, as one audience member pointed out, this might not be ideal for patients. Participants in clinical trials do not pay for the experimental treatment. In this new regulatory system patients/the health care system would pay for conditionally-approved interventions i.e. interventions that might not work. Is this ethical? And what would this mean for placebo-controlled trials? Who would volunteer to perhaps be assigned to a placebo group if they have access to the intervention outside of a clinical trial?

Public acceptance can offer legitimacy to a health technology despite a lack of evidence. We live in a world where homeopathy is ‘approved’ by Health Canada (due to it’s safety, and not, as one would assume, due to it’s efficacy), where stem cell tourism thrives on a public belief that the cures are being withheld from them, and a world where internet diagnostic sites are consulted more than one’s own family doctor.

Is it then reckless to allow ‘conditionally-approved’ medications onto the market where they can cultivate a legitimacy far removed from scientific evidence-based medicine?

Or is it more damaging to maintain a cumbersome and slow regulatory process that delays the translation of science, thus losing the public’s trust as they turn to a market of readily available, yet unscientific ‘quick fixes’?

Does allowing earlier ‘conditional’ access to treatments undermine the integrity of a scientific evidence base?

One hopes that conditional approval is regulated and clarified as such so that patients are fully informed of the status of their intervention options. And, on a policy level, one hopes that there are mechanisms in place to prevent abuses, that there are disincentives to marketing a product that later proves ineffective.

However it turns out, I am intrigued to see how the new regulations in Japan impact the face of regenerative medicine globally. While it may go lengths to address the tangible hunger for immediate access to experimental interventions, I hope that the integrity of the scientific method can withstand the enormous market pressures to provide ‘miracle’ cures.

Hara, A., Sato, D. & Sahara, Y (2014). New Governmental Regulatory System for Stem Cell–Based Therapies in Japan. Therapeutic Innovation & Regulatory Science.


Matching Adolescent Education with Brain Development

As part of the Brain Matters! Vancouver Thematic Sessions Video Podcast, we present:

Matching Adolescent Education with Brain Development
by Sarah Jayne Blakemore, Professor, University College London

This video presentation features key points from Dr. Blakemore’s talk on the functional and structural changes occurring in the brain during adolescence and how adolescents relate to navigating the social environment.

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Brain Matters! Vancouver – Thematic Sessions Video Podcasts

As a follow up from the Brain Matters! Vancouver conference, the National Core for Neuroethics is pleased to announce and invite everyone to tune in to the Brain Matters! Vancouver – Thematic Sessions Video Podcasts. This series features session recordings from the conference where you will be able to hear the highlights of the talks and view the graphic illustrations produced on site during the session themselves.

The video series will be released at our Youtube Channel and announced at our social accounts, so be sure to subscribe and follow our posts for the latest updates!

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Conversations in Ethics for Neurodevelopmental Disorders

Are you curious about the potential consequences of prenatal screening for Fetal Alcohol Spectrum Disorders?

Do you have concerns about alternative therapies for Cerebral Palsy?

Then come meet the experts, and join the conversation about Neuroethics for Neurodevelopmental Disorders.

We have created this series to publicize and share just a few of the fascinating ethical issues that face Developmental Neuroscience today. Here, members of the NeuroDevNet Neuroethics Core interview experts in their fields about the issues that they think are worth talking about.

Visit our website to find short videos, full length podcasts and a reference lists.

We hope these pique your curiosity and we want to hear your comments and ideas, whether you are a researcher, a person affected by these issues, or a curious member of the public.

Webcast: brain science and social responsibility. Join the conversation.

logo2 no bgOur team at the National Core for Neuroethics has been hard at work preparing for the upcoming Brain Matters! Vancouver conference happening this week in beautiful Vancouver, BC.
We almost didn’t notice when something wonderful happened: our Wednesday night public event, “Mapping International Research: Big Data, Big Ethics?”, sold out!
That said, you can still participate in this important conversation by tuning in to the webcast and joining the discussion on Twitter (#AskBrainMatters).
See below, and visit our website, for more information!
Mapping International Research: Big Data, Big Ethics?
Keynote Lecture by: Dr. Bartha Knoppers, Professor, McGill UniversityFollowed by a Panel Discussion featuring:
Dr. Wylie Burke, Professor, University of Washington
Dr. Daniel Goldowitz, Professor, University of British Columbia
Dr. Christopher Scott, Senior Research Scholar, Stanford University
and Moderator, Kathryn Gretsinger, Former CBC Radio Host / Instructor, UBC Graduate School of JournalismReception to follow.

The event will be on:
06:30 PM – 08:30 PM PDT
Wednesday, March 12, 2014
Asia Pacific Hall
at the Morris J. Wosk Centre for Dialogue
580 West Hastings Street, Vancouver, BC

The event is open to the public free of charge, and will also be streamed live online (click here for details) for those who cannot make it to Vancouver.

Admission to the public event is FREE, but registration is required.
Download the flyer here.

For those who cannot make it to Vancouver, we are pleased to announce that this public event will be streamed live online.

For webcast instructions, please read below:
1. Click the orange “Click here to watch the webcast” button. (Or if this does not work, please copy-paste the link found below the button)
2. Click on “Big Data Meets Brain Science (Brain Matters! Vancouver)”. (The link will only be live during the event time.)

Click here to watch the webcast

*If the button does not work, go here:

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