 First and foremost I would just like to say thank you again to the Brain Foundation, the sponsors and the donors for awarding both myself and my colleague Dr Collins Prano. We are very, very grateful and honoured to receive this research gift, so thank you. I'm going to cut this a little bit short because I know we're getting towards the end. I'm going to start by asking you to think about someone who has a spinal cord injury and what you see when you look at them. They might be sitting in a wheelchair and the first thing that you think of might be that they can't walk and of course more often than not that is true but some of the unseen symptoms for an individual who has sustained a spinal cord injury may be a loss of sensation. They may experience bowel and bladder dysfunction, sexual dysfunction and often chronic pain and the point being here is that we often you know spend a lot of our time trying to improve motor function. We don't often think about the things that we can't see for spinal cord injured individuals. Now certainly in terms of care, management and rehabilitation we've come a very long way and within the last few decades people who sustained a spinal cord injury have improved their quality of life. They don't often die from their injury anymore and often are surviving and dying of unrelated causes such as cancer or cardiovascular disease. And so this is quite a wonderful thing that spinal cord injured individuals are living longer but in that this increase in longevity has actually unmasked potentially another symptom which is that they are more susceptible to cognitive decline compared to the normal population and that's where our research comes into play. So Dr. Cohns-Praeno and I are looking at sorry Dr. Cohns-Praeno and I are looking at how spinal cord injury can in fact chronically change the brain. Specifically we're looking at the inflammation after information characterizing the inflammation within the brain after a traumatic spinal cord injury and how this may differ depending on the location of the spinal cord injury so whether it's thoracic or cervical and also how severe that spinal cord injury may be. And then we're looking at whether or not this inflammation within the brain is in fact associated with the cognitive declines that we may see. Additionally we're going to be looking at a potential treatment for that cognitive decline whereby we're going to administer a specific drug that is known to inhibit part of that inflammatory response and hopefully improve that cognitive decline. So without further ado I'd like to thank you again.