Dr. Arun Menawat
Analyst · Cowen. You may proceed with your question.
Sure. That’s a good question, Josh. So, we have actually introduced new features in Europe already, commercially. We have submitted some of these with the FDA. We think another three to six months, we should be able to introduce these into the U.S. But there are a couple of features that are very interesting. One in particular that I want to mention is that, at the moment, if you are thinking about radical prostatectomy or surgical prostatectomy, usually it is done on patients who have what we call organ-confined disease, which is what I mentioned in the prepared remark. So, as long as cancer has not gone out of the prostate, you can do radical prostatectomy. But, in number of cases, that cancer sort of rubs on the sides and there is maybe a millimeter or so involvement of the muscle tissue that is just outside of the prostate. And because we use the real time MRI, physicians know where the boundaries are and physicians have a pretty good idea that they actually want to go beyond that capsule or the prostate boundary. And so, we introduced the concept that we call thermal boost, meaning that in -- if there is a region, where the physician wants to go a millimeter or two beyond the prostate, that they can activate that thermal boost and they can actually kill that side, that section where there’s a slight involvement of the muscle tissue perhaps. And number of cases have been done as I said in Europe, it is now commercially available. It is very well received, by the way. And the benefit here is that again, you can tell, we’re very clinical data focused. And if you look at clinical data in radical prostatectomy, over 20% of the patients in studies -- it has been shown that they leave cancer behind in those edges. And so, this one particular feature gives us that potential. Obviously, we need to get more data and so on, but it certainly gives us that potential that we could, in fact, at some point begin to treat patients who may have a little bit of that extra cancer that is there. And that again, we will need long-term data for this, but physicians think that this is a very interesting new development that we are -- that we have, it is commercial in Europe. We’re at FDA in U.S., and we hope to bring it out later this year in the U.S. So, that’s just one example. And I think you will see at least one more very interesting technology. I won’t talk about it yet. We are discussing it with the FDA. But, it is designed to make it more reproducible and it is designed to reduce the treatment time, which already is pretty good, but it’s designed to reduce the treatment time in the future.