Gerrit Dispersyn
Management
Yeah, I think, Anita, it was a good question, and obviously I'm going to add one thing to that, and I think you maybe own - that your question maybe own to that. I think what you're aiming at is looking at the potential synergies of pipeline products that we have in the different buckets. So right now, even though, we're focusing on PD-1, which is - as you know, expressed in the immune effector cells. As Geert mentioned, it's straight forward, why we're doing that it's a proven clinical target, right. So we're taking away development risk by growing after something that's already proven. But we're improving on that as well. But as Geert mentioned by having these cells pretreated by given them back to the patients, so therefore no longer having the need for expensive and sometimes quite risky antibody treatments for those patients. But what indeed is a potential - I mean, it's a forward looking statement, while potential future of our technology that indeed, we can also through direct tumor target proteins into tumor microenvironment. So technically speaking, we could do both, we could do PD-1 and PD-L1, we're now doing PD-L1, because it would be nonsensical to attack the exact same signaling pathway. But you can imagine that a combination of therapies, we could be playing there by having Adoptive Cell Therapy, weaponize by our sd-rxRNA compounds, so by treating the cells are essentially [ex vigo and prime] [ph] giving them back to the patient. At the same time, through into tumoral injections in the tumor or tumor microenvironment, further modifying that area to further help the killing of the tumor cells. So that's the beauty of our platform technology that we're not one-trick-pony even though the last people are just focusing on that one pipeline product that we've mentioned. And I hope some of the information that we provided early in the call, gives a little bit of an insight into that we have more in development than just that PD-1 compound.