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Research Field Drug discovery, Neuroscience

The Power To Change Lives

Why neuroscience?

I’ve always been driven by questions. Why? What if? How? And I’ve always been practical and willing to take action. Looking back, I must have been a very annoying child! Despite my current role, I am not a neuroscientist by background. I initially chose to become a surgeon. My main focus was on trauma and transplantation, but I was fascinated by the science behind what I was doing and, in particular, the connection between the brain and the gut. Surgery, of course, is not a place to ask too many questions! Working in neuroscience today fulfils my need for acting and science – asking questions about the brain and taking those questions to a practical end point – a new drug, or a new solution for humanity.

Can you remember the first time you made a real difference to a patient’s life?

At the hospital, there were many significant moments. In trauma and transplantation, there can be a lot of drama. I have worked with patients facing a total loss situation – physically and mentally – but then twelve weeks later I’ve seen them in café or elsewhere with their life back on track. When you see that, you know you’ve done something remarkable.

In surgery, you see the impact of your actions first hand, but there is also a conglomerate of more invisible players that go into making a patient’s life better. In the pharma industry, I’m no longer in direct contact with patients, but a few years ago at a Novartis event I met an associate with multiple sclerosis. Over a five-year period, she experienced 14 attacks of blindness and loss of motor control when she was on an injectable therapy. She then started taking Novartis’ Gilenya (fingolimod) and had no further attacks over a three-year period. She got a job and was identified as a significant talent in the organization. Put simply, she got her life back – thanks to that drug. Even in less dramatic cases, if someone takes a medicine and feels better, instead of staying at home and feeling ill they may go on to have the most important day of their lives. Medicine creates opportunities and changes lives.

Why has neuroscience proven so challenging?

The brutal truth is that everything in neuroscience drug development works against you: we do not have a full understanding of the central nervous system; it is difficult to deliver medicines to the brain without off-target effects; there are no good biomarkers; many of the degenerative diseases require long follow ups and thousands of patients who may have other co-morbidities. The costs of trials are also enormous…

To succeed, you need to balance your portfolio carefully and not put all of your eggs in one basket. But as well as de-risking your portfolio wherever possible, you also need to ensure that you do not miss the boat. Incremental improvement is easy, but will hardly take us anywhere. Developing, for example, an anti-depressant with 10 percent fewer adverse events is OK, but – as it will require full development cost – will this move the needle in meeting huge unmet need? And that’s time and money that could instead be invested into something more pioneering and life changing, such as cell or gene therapy. Drug developers should strive to make the standard of care nothing short of obsolete.

Importantly, although the instinct is to fight the fear of failure, I would recommend embracing it. Embracing failure means first learning from it, acknowledging the fear and not letting it deter you from pursuing the next science-based innovation to change people’s lives.

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About the Author

Stephanie Sutton

"Making great scientific magazines isn’t just about delivering knowledge and high quality content; it’s also about packaging these in the right words to ensure that someone is truly inspired by a topic. My passion is ensuring that our authors’ expertise is presented as a seamless and enjoyable reading experience, whether in print, in digital or on social media. I’ve spent seven years writing and editing features for scientific and manufacturing publications, and in making this content engaging and accessible without sacrificing its scientific integrity. There is nothing better than a magazine with great content that feels great to read."

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