Judyth Vary Baker

We want to grow cancer cells fast so that it can figure out, they told me, so that it could figure out how to- Steve, there's a full screen button on the top left. You'll see I'm the woman, the girl there on the right, bottom right. That's me there.

We want to grow cancer cells fast so that it can figure out, they told me, so that it could figure out how to- Steve, there's a full screen button on the top left. You'll see I'm the woman, the girl there on the right, bottom right. That's me there.

and they just picked us uh we were supposed to be the outstanding ones so they grabbed us and put us together but i mean we're talking about hundreds uh 60 they had about 60 of these students there and some of them were uh they were from all over the united states okay hungary and everywhere okay but i really was the only part of that group for seminars i was in Dr. Moore's own lab.

and they just picked us uh we were supposed to be the outstanding ones so they grabbed us and put us together but i mean we're talking about hundreds uh 60 they had about 60 of these students there and some of them were uh they were from all over the united states okay hungary and everywhere okay but i really was the only part of that group for seminars i was in Dr. Moore's own lab.

and they just picked us uh we were supposed to be the outstanding ones so they grabbed us and put us together but i mean we're talking about hundreds uh 60 they had about 60 of these students there and some of them were uh they were from all over the united states okay hungary and everywhere okay but i really was the only part of that group for seminars i was in Dr. Moore's own lab.

And at that time, we were working with bacteriophage. We were working with a certain monkey virus. And I became an expert in handling this, one of the few. But I helped develop something called the RPMI 1640 formula. It's very complicated. It grows cancer faster than anything. I have a document there I sent you that shows that I was asked to do more research on how to make cancer more deadly.

And at that time, we were working with bacteriophage. We were working with a certain monkey virus. And I became an expert in handling this, one of the few. But I helped develop something called the RPMI 1640 formula. It's very complicated. It grows cancer faster than anything. I have a document there I sent you that shows that I was asked to do more research on how to make cancer more deadly.

And at that time, we were working with bacteriophage. We were working with a certain monkey virus. And I became an expert in handling this, one of the few. But I helped develop something called the RPMI 1640 formula. It's very complicated. It grows cancer faster than anything. I have a document there I sent you that shows that I was asked to do more research on how to make cancer more deadly.

Well, they told me it's because we have to figure out how to, you know, if we can grow it faster, it gives us ideas on how to, you know, conquer it. That was a lie. I was being introduced.

Well, they told me it's because we have to figure out how to, you know, if we can grow it faster, it gives us ideas on how to, you know, conquer it. That was a lie. I was being introduced.

Well, they told me it's because we have to figure out how to, you know, if we can grow it faster, it gives us ideas on how to, you know, conquer it. That was a lie. I was being introduced.

Yes.

Yes.

Yes.

Well, the idea being like if you give kids milk, they're going to grow faster. Therefore, if you want to kill kids, you're not going to give them any milk. That's the idea, you know.

Well, the idea being like if you give kids milk, they're going to grow faster. Therefore, if you want to kill kids, you're not going to give them any milk. That's the idea, you know.

Well, the idea being like if you give kids milk, they're going to grow faster. Therefore, if you want to kill kids, you're not going to give them any milk. That's the idea, you know.

Yeah, so it's like that.

Yeah, so it's like that.

Yeah, so it's like that.