Dr. Peter Diamandis

There's a lot coming in that realm. I'm the... co-founder and vice chairman of a company called Cellularity, which I love. Bob Haruri, who is an MD, PhD. Tony Robbins and I and Bob Haruri wrote a book called Life Force. Tony's in everything. Tony's a dear, dear friend. And we started a few companies together. He's amazing. I have nothing but love for him. But Bob Haruri would be a great guest.

So Bob figured out early on that the placenta is really the 3D printer that manufactures the baby. And at the end of childbirth, most people, you don't know this, but you're paying the hospital to incinerate and get rid of the placenta.

So Bob figured out early on that the placenta is really the 3D printer that manufactures the baby. And at the end of childbirth, most people, you don't know this, but you're paying the hospital to incinerate and get rid of the placenta.

So Bob figured out early on that the placenta is really the 3D printer that manufactures the baby. And at the end of childbirth, most people, you don't know this, but you're paying the hospital to incinerate and get rid of the placenta.

Which is like if your baby was born with an extra set of lungs, kidney, heart, liver, would you like throw them away? And so one of the things that cellularity has is a division called First Bank USA in which you can save your child's placenta, you decellularize it, you pull out the stem cells, the natural killer cells, the T cells, the exosomes and so forth, and it's cryopreserved.

Which is like if your baby was born with an extra set of lungs, kidney, heart, liver, would you like throw them away? And so one of the things that cellularity has is a division called First Bank USA in which you can save your child's placenta, you decellularize it, you pull out the stem cells, the natural killer cells, the T cells, the exosomes and so forth, and it's cryopreserved.

Which is like if your baby was born with an extra set of lungs, kidney, heart, liver, would you like throw them away? And so one of the things that cellularity has is a division called First Bank USA in which you can save your child's placenta, you decellularize it, you pull out the stem cells, the natural killer cells, the T cells, the exosomes and so forth, and it's cryopreserved.

that your child for the rest of its life has a day zero set of its own stem cells forever. So both of my boys who are now 13, when I go visit Cellularity's headquarters, I go say hello to the nitrogen doer that has their stem cells. That's awesome. But, you know, we talk about Wharton's jelly. We talk about umbilical cord. The placental stem cells are probably the most powerful. Really?

that your child for the rest of its life has a day zero set of its own stem cells forever. So both of my boys who are now 13, when I go visit Cellularity's headquarters, I go say hello to the nitrogen doer that has their stem cells. That's awesome. But, you know, we talk about Wharton's jelly. We talk about umbilical cord. The placental stem cells are probably the most powerful. Really?

that your child for the rest of its life has a day zero set of its own stem cells forever. So both of my boys who are now 13, when I go visit Cellularity's headquarters, I go say hello to the nitrogen doer that has their stem cells. That's awesome. But, you know, we talk about Wharton's jelly. We talk about umbilical cord. The placental stem cells are probably the most powerful. Really?

And so cellularity is developing those products as well. And hopefully they'll become allowable. We'll put those through Fountain as well when they become approved in the U.S.

And so cellularity is developing those products as well. And hopefully they'll become allowable. We'll put those through Fountain as well when they become approved in the U.S.

And so cellularity is developing those products as well. And hopefully they'll become allowable. We'll put those through Fountain as well when they become approved in the U.S.

So today, the FDA does not allow any stem cells, really. If they're your stem cells, like from fat, and they're not manipulated, meaning they're not expanded, you're taking them out. of your fat, which has a high population. And your fat is actually one of your younger, is one of your, how do I put it this way? The stem cells in your fat are the youngest stem cells in your body.

So today, the FDA does not allow any stem cells, really. If they're your stem cells, like from fat, and they're not manipulated, meaning they're not expanded, you're taking them out. of your fat, which has a high population. And your fat is actually one of your younger, is one of your, how do I put it this way? The stem cells in your fat are the youngest stem cells in your body.

So today, the FDA does not allow any stem cells, really. If they're your stem cells, like from fat, and they're not manipulated, meaning they're not expanded, you're taking them out. of your fat, which has a high population. And your fat is actually one of your younger, is one of your, how do I put it this way? The stem cells in your fat are the youngest stem cells in your body.

Your stem cells from your blood marrow are just recently manufactured, but fat stem cells can be as much as eight years younger. You can pull it out and you can purify them and put them back in. But that's fine. But the more interesting thing is, can you manipulate them and make them, expand them. There's nothing you can do.

Your stem cells from your blood marrow are just recently manufactured, but fat stem cells can be as much as eight years younger. You can pull it out and you can purify them and put them back in. But that's fine. But the more interesting thing is, can you manipulate them and make them, expand them. There's nothing you can do.

Your stem cells from your blood marrow are just recently manufactured, but fat stem cells can be as much as eight years younger. You can pull it out and you can purify them and put them back in. But that's fine. But the more interesting thing is, can you manipulate them and make them, expand them. There's nothing you can do.

You can actually co-incubate your stem cells with young stem cells, like from a newborn, across a filter. But the exudate, the secretome of the young stem cells will rejuvenate your stem cells. So there's a lot of work that Bob and others have done in that realm.