Paul Saladino

Yeah, did I get too much for you?

Yeah, did I get too much for you?

So for some people... Vegetables, I think, trigger the immune system, not for everyone. So let's just differentiate fruit versus vegetables. Vegetables are the leaves, the stems, and the roots and the seeds of plants. Fruit is often the colorful, sweet packaging around the seeds. So if I gave you a strawberry, you know that's a fruit.

So for some people... Vegetables, I think, trigger the immune system, not for everyone. So let's just differentiate fruit versus vegetables. Vegetables are the leaves, the stems, and the roots and the seeds of plants. Fruit is often the colorful, sweet packaging around the seeds. So if I gave you a strawberry, you know that's a fruit.

So for some people... Vegetables, I think, trigger the immune system, not for everyone. So let's just differentiate fruit versus vegetables. Vegetables are the leaves, the stems, and the roots and the seeds of plants. Fruit is often the colorful, sweet packaging around the seeds. So if I gave you a strawberry, you know that's a fruit.

A cucumber is actually a fruit because it has seeds inside of it. An avocado is a fruit. A squash is a fruit, right? Kale, spinach, those are leaves. Those are vegetables, okay? Celery, that's a stem. That's a vegetable. Asparagus, that's a vegetable, okay? What are other good examples of vegetables? You know, any leaf, stem, root, or seed is a vegetable, but a fruit is different.

A cucumber is actually a fruit because it has seeds inside of it. An avocado is a fruit. A squash is a fruit, right? Kale, spinach, those are leaves. Those are vegetables, okay? Celery, that's a stem. That's a vegetable. Asparagus, that's a vegetable, okay? What are other good examples of vegetables? You know, any leaf, stem, root, or seed is a vegetable, but a fruit is different.

A cucumber is actually a fruit because it has seeds inside of it. An avocado is a fruit. A squash is a fruit, right? Kale, spinach, those are leaves. Those are vegetables, okay? Celery, that's a stem. That's a vegetable. Asparagus, that's a vegetable, okay? What are other good examples of vegetables? You know, any leaf, stem, root, or seed is a vegetable, but a fruit is different.

And you can see that historically fruits are colorful and they're sweet. The plants are trying to communicate to us, eat this. Plants are also trying to communicate to us, don't eat my leaves, because the plants need their leaves to make photosynthesis. The leaves are a plant's solar panels. Plants are pretty incredible, and they've been around as long as we have.

And you can see that historically fruits are colorful and they're sweet. The plants are trying to communicate to us, eat this. Plants are also trying to communicate to us, don't eat my leaves, because the plants need their leaves to make photosynthesis. The leaves are a plant's solar panels. Plants are pretty incredible, and they've been around as long as we have.

And you can see that historically fruits are colorful and they're sweet. The plants are trying to communicate to us, eat this. Plants are also trying to communicate to us, don't eat my leaves, because the plants need their leaves to make photosynthesis. The leaves are a plant's solar panels. Plants are pretty incredible, and they've been around as long as we have.

And plants take energy from the sun and make it into glucose. If we could do that, we would have the obesity epidemic would be solved, right? Because you could just go outside and get energy, right? So plants do this through a process called photosynthesis, and they're sort of chloroplast, which is in some ways their equivalent of a mitochondria.

And plants take energy from the sun and make it into glucose. If we could do that, we would have the obesity epidemic would be solved, right? Because you could just go outside and get energy, right? So plants do this through a process called photosynthesis, and they're sort of chloroplast, which is in some ways their equivalent of a mitochondria.

And plants take energy from the sun and make it into glucose. If we could do that, we would have the obesity epidemic would be solved, right? Because you could just go outside and get energy, right? So plants do this through a process called photosynthesis, and they're sort of chloroplast, which is in some ways their equivalent of a mitochondria.

That's how they make energy, but they take sun energy and they make it into glucose, almost reverse of what we do. So plants make glucose, but they need their solar panels. And so humans and plants have, and animals, animals, humans, and plants have always co-existed. But if humans can just go eat plants, then all the plants are going to be gone because plants can't run away from us.

That's how they make energy, but they take sun energy and they make it into glucose, almost reverse of what we do. So plants make glucose, but they need their solar panels. And so humans and plants have, and animals, animals, humans, and plants have always co-existed. But if humans can just go eat plants, then all the plants are going to be gone because plants can't run away from us.

That's how they make energy, but they take sun energy and they make it into glucose, almost reverse of what we do. So plants make glucose, but they need their solar panels. And so humans and plants have, and animals, animals, humans, and plants have always co-existed. But if humans can just go eat plants, then all the plants are going to be gone because plants can't run away from us.

When you're hunting an animal, we were talking about hunting, it's hard to hunt a deer or an antelope or a bison. They can run away or they can kick you or gore you or use their antlers. These animals have... mobility as a defense mechanism generally, or venom, right? A snake or a scorpion or whatever. Plants are just kind of stuck in the ground.

When you're hunting an animal, we were talking about hunting, it's hard to hunt a deer or an antelope or a bison. They can run away or they can kick you or gore you or use their antlers. These animals have... mobility as a defense mechanism generally, or venom, right? A snake or a scorpion or whatever. Plants are just kind of stuck in the ground.

When you're hunting an animal, we were talking about hunting, it's hard to hunt a deer or an antelope or a bison. They can run away or they can kick you or gore you or use their antlers. These animals have... mobility as a defense mechanism generally, or venom, right? A snake or a scorpion or whatever. Plants are just kind of stuck in the ground.