A very, very interesting question. And of course, it depends on the technology you’re using and the target you’re using. If you’re thinking of traditional or not traditional, but the main focus of cancer vaccines is patient-specific antigens. And there’s, of course, a lot of problems because you have to tailor your vaccine for every individual patient...
A very, very interesting question. And of course, it depends on the technology you’re using and the target you’re using. If you’re thinking of traditional or not traditional, but the main focus of cancer vaccines is patient-specific antigens. And there’s, of course, a lot of problems because you have to tailor your vaccine for every individual patient. And that would be a lot of regulatory issues with that. And actually, to be honest, I’m not 100% sure how you can even solve that. But if you’re targeting tumor-associated environment antigens and even neoantigens, you can design off-the-shelf vaccines, which is much more easy to manufacture, much more easy to control. And therefore, I think that’s also a very, very interesting issue with these vaccines, that they are off-the-shelf and therefore much more easier. And already we have the phase three data. So I think definitely that is a way forward.
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