Yes, as I said before, we have a lot of experience in this. The really interesting thing is that one of the portable systems I showed you, that works with cellular phone connectivity, can be bought by saving two trips on a plane. For example, the robot in Halifax that we sent to Sydney in Cape Breton paid for itself within two months because of the number of trips by air transportation that were saved. These systems allow us to provide more effective clinical care in a cost-efficient manner.
One of the really interesting things—and Dr. Jong and Gail can tell you as well—is about the lion's share of the health costs in the north. This is a very interesting statistic: Nunavut has the highest per capita health expenditure in the whole world; nowhere in the world compares to Nunavut. However, the indicators of health are not good because the model relies hugely on transportation. If an electrocardiogram is needed, the patient, plus an accompanying individual, would need to fly to a centre where they can see the cardiologist, and they could stay there for a week. This will be able to cut those expenditures, which can then be used to do what's necessary, such as to take care of the people who have the lowest indicators.
One of the biggest applications is going to be mental health. What we can do, for example, is we can send the psychiatrist in a box with a nurse to the home of a teenager who needs mental health care, so teenagers don't kill themselves at the age of 12 or 13.