Dr. Mink Chawla

But I just want everyone to know it's under an IRB clinical trial, which is important, but I don't want, I want to be able to get this to everyone as soon as I can, but I don't want people thinking it's instantly available, at least in the U.S., Um, and it's available in a clinical trial. Um, and we, we are going to expand the indication.

But I just want everyone to know it's under an IRB clinical trial, which is important, but I don't want, I want to be able to get this to everyone as soon as I can, but I don't want people thinking it's instantly available, at least in the U.S., Um, and it's available in a clinical trial. Um, and we, we are going to expand the indication.

We have a lot of work ahead of us, but I'm delighted that people are trying to, to use this to feel better. And we're learning so much from it as we go, which is what's spectacular.

We have a lot of work ahead of us, but I'm delighted that people are trying to, to use this to feel better. And we're learning so much from it as we go, which is what's spectacular.

We have a lot of work ahead of us, but I'm delighted that people are trying to, to use this to feel better. And we're learning so much from it as we go, which is what's spectacular.

What is that North Star? What I think is so interesting is when something teaches you beyond your level of education and experience. So I'm 54 now and I've been doing medicine for a long time. I've been doing research for a long time. you don't get easily impressed. Something has to really be like, wow.

What is that North Star? What I think is so interesting is when something teaches you beyond your level of education and experience. So I'm 54 now and I've been doing medicine for a long time. I've been doing research for a long time. you don't get easily impressed. Something has to really be like, wow.

What is that North Star? What I think is so interesting is when something teaches you beyond your level of education and experience. So I'm 54 now and I've been doing medicine for a long time. I've been doing research for a long time. you don't get easily impressed. Something has to really be like, wow.

That's right. I think you start cynical and you get more cynical over time, right? And so I think what is interesting about this is therapeutically, we think, hey, this is really cool that we can take these things out. But what I think is the next most important value proposition scientifically is what is it that we're taking out? So here's a very good example. In the cancer space, so we know that

That's right. I think you start cynical and you get more cynical over time, right? And so I think what is interesting about this is therapeutically, we think, hey, this is really cool that we can take these things out. But what I think is the next most important value proposition scientifically is what is it that we're taking out? So here's a very good example. In the cancer space, so we know that

That's right. I think you start cynical and you get more cynical over time, right? And so I think what is interesting about this is therapeutically, we think, hey, this is really cool that we can take these things out. But what I think is the next most important value proposition scientifically is what is it that we're taking out? So here's a very good example. In the cancer space, so we know that

Patients with metastatic cancer, those cells are chemo and radiation resistant. They evolve to be really nasty colonizing cells and they resist therapy. That's why you die. They just outrun everything.

Patients with metastatic cancer, those cells are chemo and radiation resistant. They evolve to be really nasty colonizing cells and they resist therapy. That's why you die. They just outrun everything.

Patients with metastatic cancer, those cells are chemo and radiation resistant. They evolve to be really nasty colonizing cells and they resist therapy. That's why you die. They just outrun everything.

Well, as you know, because you've done a lot of work in this space, there's no free lunch in biology. So if you are going to attack, you cannot defend.

Well, as you know, because you've done a lot of work in this space, there's no free lunch in biology. So if you are going to attack, you cannot defend.

Well, as you know, because you've done a lot of work in this space, there's no free lunch in biology. So if you are going to attack, you cannot defend.

Now, when you measure things with an antibody, you're using a hook to grab that epitope, and when you do it, you typically kill the thing you grab.

Now, when you measure things with an antibody, you're using a hook to grab that epitope, and when you do it, you typically kill the thing you grab.

Now, when you measure things with an antibody, you're using a hook to grab that epitope, and when you do it, you typically kill the thing you grab.