Mark Manson

and gummed up biochemistry translates into disease. So he basically gave these pregnant mice some B vitamins and a few other amino acids and things to help to support this process. The offspring were perfect. They were thin. They were healthy. They were gray. They were not yellow fat mice, even though genetically they were bred to be yellow fat mice. And this was a massive discovery.

and gummed up biochemistry translates into disease. So he basically gave these pregnant mice some B vitamins and a few other amino acids and things to help to support this process. The offspring were perfect. They were thin. They were healthy. They were gray. They were not yellow fat mice, even though genetically they were bred to be yellow fat mice. And this was a massive discovery.

and gummed up biochemistry translates into disease. So he basically gave these pregnant mice some B vitamins and a few other amino acids and things to help to support this process. The offspring were perfect. They were thin. They were healthy. They were gray. They were not yellow fat mice, even though genetically they were bred to be yellow fat mice. And this was a massive discovery.

and gummed up biochemistry translates into disease. So he basically gave these pregnant mice some B vitamins and a few other amino acids and things to help to support this process. The offspring were perfect. They were thin. They were healthy. They were gray. They were not yellow fat mice, even though genetically they were bred to be yellow fat mice. And this was a massive discovery.

and gummed up biochemistry translates into disease. So he basically gave these pregnant mice some B vitamins and a few other amino acids and things to help to support this process. The offspring were perfect. They were thin. They were healthy. They were gray. They were not yellow fat mice, even though genetically they were bred to be yellow fat mice. And this was a massive discovery.

and gummed up biochemistry translates into disease. So he basically gave these pregnant mice some B vitamins and a few other amino acids and things to help to support this process. The offspring were perfect. They were thin. They were healthy. They were gray. They were not yellow fat mice, even though genetically they were bred to be yellow fat mice. And this was a massive discovery.

and gummed up biochemistry translates into disease. So he basically gave these pregnant mice some B vitamins and a few other amino acids and things to help to support this process. The offspring were perfect. They were thin. They were healthy. They were gray. They were not yellow fat mice, even though genetically they were bred to be yellow fat mice. And this was a massive discovery.

and gummed up biochemistry translates into disease. So he basically gave these pregnant mice some B vitamins and a few other amino acids and things to help to support this process. The offspring were perfect. They were thin. They were healthy. They were gray. They were not yellow fat mice, even though genetically they were bred to be yellow fat mice. And this was a massive discovery.

and gummed up biochemistry translates into disease. So he basically gave these pregnant mice some B vitamins and a few other amino acids and things to help to support this process. The offspring were perfect. They were thin. They were healthy. They were gray. They were not yellow fat mice, even though genetically they were bred to be yellow fat mice. And this was a massive discovery.

and gummed up biochemistry translates into disease. So he basically gave these pregnant mice some B vitamins and a few other amino acids and things to help to support this process. The offspring were perfect. They were thin. They were healthy. They were gray. They were not yellow fat mice, even though genetically they were bred to be yellow fat mice. And this was a massive discovery.

And I think this is what really has led to our understanding of this whole process of how we can modify our epigenome and the outcomes. So when your mother's eating, when she's pregnant with you, the stresses you experience in utero that your mother might have experienced or all your early childhood experiences, all those imprint on your epigenome and can affect you, toxins you're exposed to.

And I think this is what really has led to our understanding of this whole process of how we can modify our epigenome and the outcomes. So when your mother's eating, when she's pregnant with you, the stresses you experience in utero that your mother might have experienced or all your early childhood experiences, all those imprint on your epigenome and can affect you, toxins you're exposed to.

And I think this is what really has led to our understanding of this whole process of how we can modify our epigenome and the outcomes. So when your mother's eating, when she's pregnant with you, the stresses you experience in utero that your mother might have experienced or all your early childhood experiences, all those imprint on your epigenome and can affect you, toxins you're exposed to.

And I think this is what really has led to our understanding of this whole process of how we can modify our epigenome and the outcomes. So when your mother's eating, when she's pregnant with you, the stresses you experience in utero that your mother might have experienced or all your early childhood experiences, all those imprint on your epigenome and can affect you, toxins you're exposed to.

And I think this is what really has led to our understanding of this whole process of how we can modify our epigenome and the outcomes. So when your mother's eating, when she's pregnant with you, the stresses you experience in utero that your mother might have experienced or all your early childhood experiences, all those imprint on your epigenome and can affect you, toxins you're exposed to.

And I think this is what really has led to our understanding of this whole process of how we can modify our epigenome and the outcomes. So when your mother's eating, when she's pregnant with you, the stresses you experience in utero that your mother might have experienced or all your early childhood experiences, all those imprint on your epigenome and can affect you, toxins you're exposed to.

And I think this is what really has led to our understanding of this whole process of how we can modify our epigenome and the outcomes. So when your mother's eating, when she's pregnant with you, the stresses you experience in utero that your mother might have experienced or all your early childhood experiences, all those imprint on your epigenome and can affect you, toxins you're exposed to.

And I think this is what really has led to our understanding of this whole process of how we can modify our epigenome and the outcomes. So when your mother's eating, when she's pregnant with you, the stresses you experience in utero that your mother might have experienced or all your early childhood experiences, all those imprint on your epigenome and can affect you, toxins you're exposed to.

And I think this is what really has led to our understanding of this whole process of how we can modify our epigenome and the outcomes. So when your mother's eating, when she's pregnant with you, the stresses you experience in utero that your mother might have experienced or all your early childhood experiences, all those imprint on your epigenome and can affect you, toxins you're exposed to.

And I think this is what really has led to our understanding of this whole process of how we can modify our epigenome and the outcomes. So when your mother's eating, when she's pregnant with you, the stresses you experience in utero that your mother might have experienced or all your early childhood experiences, all those imprint on your epigenome and can affect you, toxins you're exposed to.