Dr. Melissa Ilardo

Thank you.

Thank you.

Thank you.

Thank you.

I think that's something we're still understanding at this point.

I think that's something we're still understanding at this point. I mean, I think every day we're getting more and more information about the ways that we can actually modify gene expression and these things that we thought were totally predetermined in the past. And so I think we're still learning with epigenetics and all of these new fields just how much we can actually change things.

I think that's something we're still understanding at this point. I mean, I think every day we're getting more and more information about the ways that we can actually modify gene expression and these things that we thought were totally predetermined in the past. And so I think we're still learning with epigenetics and all of these new fields just how much we can actually change things.

I think that's something we're still understanding at this point. I mean, I think every day we're getting more and more information about the ways that we can actually modify gene expression and these things that we thought were totally predetermined in the past. And so I think we're still learning with epigenetics and all of these new fields just how much we can actually change things.

I mean, I think every day we're getting more and more information about the ways that we can actually modify gene expression and these things that we thought were totally predetermined in the past.

And so I think we're still learning with epigenetics and all of these new fields just how much we can actually change things.

There are, of course, things that are kind of written in our genes, but I think we're learning that there's a lot more that we can change.

There are, of course, things that are kind of written in our genes, but I think we're learning that there's a lot more that we can change.

There are, of course, things that are kind of written in our genes, but I think we're learning that there's a lot more that we can change.

There are, of course, things that are kind of written in our genes, but I think we're learning that there's a lot more that we can change.

Yeah, just going back to eye color, because this is just one of my favorite genetics facts. So everyone with blue eyes descends from the same person. So at one point in human history, one person had a change in their eye color. And it's just like amazing to imagine this person who had blue eyes for the first time.

Yeah, just going back to eye color, because this is just one of my favorite genetics facts. So everyone with blue eyes descends from the same person. So at one point in human history, one person had a change in their eye color. And it's just like amazing to imagine this person who had blue eyes for the first time.

Yeah, just going back to eye color, because this is just one of my favorite genetics facts.

Yeah, just going back to eye color, because this is just one of my favorite genetics facts. So everyone with blue eyes descends from the same person. So at one point in human history, one person had a change in their eye color. And it's just like amazing to imagine this person who had blue eyes for the first time.

So everyone with blue eyes descends from the same person.

So at one point in human history, one person had a change in their eye color.