Mark Manson

imaging, your wearables, and your medical history, and your EMR, your medical records, all gets into a platform that is personalized to you and allows you to identify where the imbalances are, where the dysfunctions are, and gives you deep insights and content based on machine learning AI to help you actually optimize your health for you. Because no two people are alike.

imaging, your wearables, and your medical history, and your EMR, your medical records, all gets into a platform that is personalized to you and allows you to identify where the imbalances are, where the dysfunctions are, and gives you deep insights and content based on machine learning AI to help you actually optimize your health for you. Because no two people are alike.

imaging, your wearables, and your medical history, and your EMR, your medical records, all gets into a platform that is personalized to you and allows you to identify where the imbalances are, where the dysfunctions are, and gives you deep insights and content based on machine learning AI to help you actually optimize your health for you. Because no two people are alike.

imaging, your wearables, and your medical history, and your EMR, your medical records, all gets into a platform that is personalized to you and allows you to identify where the imbalances are, where the dysfunctions are, and gives you deep insights and content based on machine learning AI to help you actually optimize your health for you. Because no two people are alike.

imaging, your wearables, and your medical history, and your EMR, your medical records, all gets into a platform that is personalized to you and allows you to identify where the imbalances are, where the dysfunctions are, and gives you deep insights and content based on machine learning AI to help you actually optimize your health for you. Because no two people are alike.

imaging, your wearables, and your medical history, and your EMR, your medical records, all gets into a platform that is personalized to you and allows you to identify where the imbalances are, where the dysfunctions are, and gives you deep insights and content based on machine learning AI to help you actually optimize your health for you. Because no two people are alike.

imaging, your wearables, and your medical history, and your EMR, your medical records, all gets into a platform that is personalized to you and allows you to identify where the imbalances are, where the dysfunctions are, and gives you deep insights and content based on machine learning AI to help you actually optimize your health for you. Because no two people are alike.

imaging, your wearables, and your medical history, and your EMR, your medical records, all gets into a platform that is personalized to you and allows you to identify where the imbalances are, where the dysfunctions are, and gives you deep insights and content based on machine learning AI to help you actually optimize your health for you. Because no two people are alike.

imaging, your wearables, and your medical history, and your EMR, your medical records, all gets into a platform that is personalized to you and allows you to identify where the imbalances are, where the dysfunctions are, and gives you deep insights and content based on machine learning AI to help you actually optimize your health for you. Because no two people are alike.

imaging, your wearables, and your medical history, and your EMR, your medical records, all gets into a platform that is personalized to you and allows you to identify where the imbalances are, where the dysfunctions are, and gives you deep insights and content based on machine learning AI to help you actually optimize your health for you. Because no two people are alike.

And everybody's different. And if we try to treat to the mean, we often miss the mark. And this is what medicine does. It treats to the mean. There's no average person, right? Everybody's different. And the studies work by something called randomized controlled no-blind trials, which means you basically have two populations that are as identical to each other as possible.

And everybody's different. And if we try to treat to the mean, we often miss the mark. And this is what medicine does. It treats to the mean. There's no average person, right? Everybody's different. And the studies work by something called randomized controlled no-blind trials, which means you basically have two populations that are as identical to each other as possible.

And everybody's different. And if we try to treat to the mean, we often miss the mark. And this is what medicine does. It treats to the mean. There's no average person, right? Everybody's different. And the studies work by something called randomized controlled no-blind trials, which means you basically have two populations that are as identical to each other as possible.

And everybody's different. And if we try to treat to the mean, we often miss the mark. And this is what medicine does. It treats to the mean. There's no average person, right? Everybody's different. And the studies work by something called randomized controlled no-blind trials, which means you basically have two populations that are as identical to each other as possible.

And everybody's different. And if we try to treat to the mean, we often miss the mark. And this is what medicine does. It treats to the mean. There's no average person, right? Everybody's different. And the studies work by something called randomized controlled no-blind trials, which means you basically have two populations that are as identical to each other as possible.

And everybody's different. And if we try to treat to the mean, we often miss the mark. And this is what medicine does. It treats to the mean. There's no average person, right? Everybody's different. And the studies work by something called randomized controlled no-blind trials, which means you basically have two populations that are as identical to each other as possible.

And everybody's different. And if we try to treat to the mean, we often miss the mark. And this is what medicine does. It treats to the mean. There's no average person, right? Everybody's different. And the studies work by something called randomized controlled no-blind trials, which means you basically have two populations that are as identical to each other as possible.

And everybody's different. And if we try to treat to the mean, we often miss the mark. And this is what medicine does. It treats to the mean. There's no average person, right? Everybody's different. And the studies work by something called randomized controlled no-blind trials, which means you basically have two populations that are as identical to each other as possible.

And everybody's different. And if we try to treat to the mean, we often miss the mark. And this is what medicine does. It treats to the mean. There's no average person, right? Everybody's different. And the studies work by something called randomized controlled no-blind trials, which means you basically have two populations that are as identical to each other as possible.

And everybody's different. And if we try to treat to the mean, we often miss the mark. And this is what medicine does. It treats to the mean. There's no average person, right? Everybody's different. And the studies work by something called randomized controlled no-blind trials, which means you basically have two populations that are as identical to each other as possible.