WEBVTT

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You know, I have this really vivid memory from

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when I was a kid, maybe five or six. I'm in a

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classroom and there's this poster on the wall

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with like cartoon carrot and a piece of broccoli

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holding hands. Oh, I know that poster. And across

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the top in these big bubble letters, it says,

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eat the rainbow. It's a classic. Yeah. I think

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we all have a version of that etched into our

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brains somewhere. Exactly. And for the longest

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time, I just, you know, I filed that away as

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just a catchy slogan. Right. Something parents

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say to trick their toddlers into maybe eating

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a single pea without a whole negotiation. It

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sounds more like marketing than, you know, science.

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It does sound like a simplification. And honestly,

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it is. But. Not in the way you might think. Right,

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because when we started digging into this stack

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of research, and we have articles here on nutritional

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biochemistry, sustainable ag, even the psychology

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of eating, it turns out that eating the rainbow

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is actually a massive understatement. Yeah, it's

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almost criminal how simple we've made it, Santa.

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It really is. That is the big takeaway here.

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Yeah. When you actually strip away the cartoon

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vegetables and look at the biochemistry, eating

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the rainbow isn't just about making a plate look

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pretty for Instagram. No. It is a sophisticated

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biological blueprint. I mean, we are talking

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about a code for longevity, for cognitive function,

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disease prevention that nature has literally

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color coded for us. And that is our mission for

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this deep dive. We're going to move way beyond

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just eat your veggies and actually decode the

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specific chemical language of these food colors.

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We want to understand what every shade on your

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plate is signaling to your body and, you know,

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how you can basically engineer a meal for specific

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health outcomes. I like that. framing it's really

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about shifting the perspective from say food

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as fuel to food as information food is information

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i love that and to read that information we have

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to start with the word that appears on like every

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single page of these sources and honestly it

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looked a bit intimidating at first phytochemicals

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yeah sounds like something you'd need a prescription

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for doesn't it it really does but let's unpack

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it because it seems to be the key to this whole

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thing it is the key And it's actually quite logical.

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Phyto just means plant. So phytochemicals are

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simply plant chemicals. But here is the fascinating

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part that I think most people miss. Color in

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nature isn't random. It's functional. It serves

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a very specific purpose for the plant. So the

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plant isn't just trying to look good for us.

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Not at all. For a plant, color is often armor.

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It's a defense mechanism. A bright red skin on

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a pepper or deep purple flesh in a cabbage that

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protects the plant from UV radiation from pests,

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bacteria, disease. These pigments are the plant's

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immune system. That is wild. So when we see a

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bright red tomato, we are essentially looking

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at its shield. Precisely. And the incredible

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evolutionary twist, the thing that really makes

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this deep dive worth it, is that when we eat

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these plants, we co -opt that shield. We take

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it for ourselves. Yes. Those same compounds,

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flavonoids, carotenoids, anthocyanins, they become

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our defense mechanisms. We are literally borrowing

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the plant's armor to fight our own battles against

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cellular damage. That is such a cooler way to

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frame it than just take your vitamins. It's like

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equipping armor in a video game. It really is.

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But before we get into the specific colors, there

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was this psychological angle in the research

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that I just didn't expect. It wasn't just about

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biology. It was about the brain. Oh, the neuroaesthetics

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of food. That was a huge finding. The research

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suggests our brains are like evolutionarily hardwired

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to respond to color in food. Right. A vibrant

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multicolored plate doesn't just signal calories

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to the stomach. It triggers a dopamine response

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in the brain. It signals abundance, variety and

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vitality. So if I'm looking at a plate of beige

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food, you know, processed carbs, brown meat,

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white rice, it's not just nutritionally boring.

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It's actually visually depressing to my brain.

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In a way, yes. Your brain perceives beige as

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nutrient scarce. A colorful plate actually preps

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the body and mind for nourishment before you

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even take a single bite. Wow. It's the first

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step in digestion, really, that visual signal

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that help is on the way. Okay, so let's get into

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the signal decoding. I want to go spectrum by

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spectrum because the sources break this down

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into specific zones of health. Let's start with

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the warm spectrum, the reds, oranges. and yellows.

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The high energy side of the wheel. Yeah, let's

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start with red. In the nutritional world, red

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foods are defined as the bold protectors. And

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specifically, they are the guardians of the heart

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and the circulatory system. One source called

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it the scarlet palette, which sounds so dramatic.

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But the heavy hitter here seems to be lycopene.

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Lycopene is the superstar of the red spectrum.

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It's a carotenoid. You find it mostly in tomatoes,

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watermelon, pink grapefruit. Right. Now, biologically,

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lycopene is a potent antioxidant. We throw that

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word around a lot. But what it means specifically

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here is that it hunts down free radicals, those

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unstable molecules that cause aging and damage,

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and it neutralizes them. Before they can harm

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your cells. Okay. And for the heart specifically,

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the research highlighted this role with LDL cholesterol.

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Right. And this is a nuanced point. It's not

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just about lowering the bad cholesterol number

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on a chart. It's about preventing that cholesterol

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from oxidizing. Ah. Oxidized cholesterol is what

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hardens and clogs arteries. Lycopene helps stop

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that process. It keeps the pipes clean, essentially.

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Now here is where I had my biggest aha moment

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reading the data. I've always operated under

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the assumption that, you know, raw is better.

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A lot of people do. If I want the nutrients,

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I should eat the tomato raw right off the vine.

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Yeah. But the research says not necessarily.

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This is one of the biggest misconceptions in

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nutrition. With lycopene, the opposite is true.

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Really? Lycopene is tightly bound to the cell

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walls of the tomato. If you eat it raw, your

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body actually struggles to extract it. You get

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some, but not all of it. So you're leaving the

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good stuff on the table. Exactly. Yeah. But when

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you cook tomatoes, roast them, stew them, turn

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them into a sauce, that heat breaks down those

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tough cell walls. And releases it. The availability

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of lycopene skyrockets. Biologically speaking,

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a cooked tomato sauce is actually a more potent

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heart health delivery system than a raw salad.

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That is the best news for pasta lovers I've heard

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all year. Pass the marinara. It's for my heart.

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It really is. But it's not just tomatoes in the

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red zone. We have to talk about the other red

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mechanism, anthocyanins. Yes. While lycopene

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is a carotenoid, anthocyanins are pigments in

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things like strawberries, cherries, red grapes.

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They do double duty. How so? They help regulate

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blood pressure and keep blood vessels flexible.

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So if lycopene protects the heart muscle and

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arteries, anthocyanins keep the blood flowing

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smoothly through them. Got it. So red is the

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heart and blood zone. Okay, let's slide down

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the rainbow to orange and yellow. The sources

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call this edible sunshine. It's a fitting name.

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If red is for the heart, orange and yellow are

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for the immune system and skin. This is the glow

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-up spectrum. And I feel like we have to address

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the childhood myth here. Eat your carrots. They

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help you see in the dark. Was that just propaganda

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or is there actual science there? It is actually

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scientifically sound. The key compound here is

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beta carotene. That's the pigment that makes

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a carrot orange. Okay. When you eat a carrot

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or a sweet potato or a pumpkin, your liver converts

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that beta carotene into vitamin A. And vitamin

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A is the vision vitamin. It is. It's essential

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for the health of your retina, specifically for

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low -light vision. But it does more than that.

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It's also crucial for the integrity of your skin

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and mucous membranes. So like the lining of your

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nose and throat. Exactly. Think of them as your

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body's first line of defense, the fortress wall

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against infection. Vitamin A reinforces that

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wall. So it's literally armor again, helps you

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see the enemy and keeps the wall strong. Exactly.

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And then you add the yellow lemons, yellow peppers,

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mangoes. Now you're bringing in massive amounts

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of vitamin C. We all know vitamin C for colds,

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but the research mentioned something about iron

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absorption that I found really useful for meal

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planning. That's a key stacking insight. Iron,

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especially from plant sources like spinach or

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beans, is actually quite hard for our bodies

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to absorb. Right, we're not very efficient at

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it. Not at all. But if you pair that iron with

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vitamin C, say, squeezing lemon over your spinach

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or having orange slices with your salad, the

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absorption rate triples. That's that food engineering

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we talked about. It's not just what you eat,

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but what you eat it with. Precisely. Chemistry

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happens in the bowl. And we can't skip sweet

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potatoes here. The text really emphasized them

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as a powerhouse because they combine that beta

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carotene with complex carbs. Right, so you're

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getting the immune boost, but you're also getting

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sustained energy instead of a sugar crash. It's

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the perfect fuel. It burns slow and keeps the

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systems protected. Okay, so that's the warm side.

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Heart, immunity, energy. Now we need to cool

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things down. Let's talk about the cool spectrum,

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green, blue, and purple. I feel like green is

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the one we get nagged about the most. For good

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reason. If the warm spectrum is about energy

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and protection, the green spectrum is the body's

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reset button. It is the champion of detoxification

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and cellular repair. Detox is such a buzzword.

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It gets abused a lot in wellness circles. You

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know, people selling teas that claim to detox

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your soul. Right. But biologically, what is actually

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happening when we eat greens? It's grounded in

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liver function. The primary pigment, chlorophyll,

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the stuff that makes plants green, is structurally

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very similar to hemoglobin in our blood. But

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in the digestive system, it helps the liver eliminate

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toxins. It binds to potential carcinogens, preventing

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them from being absorbed. So it's a filter. It's

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a filter and a cleaner. But the real heavyweight

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champion in the green corner, according to these

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articles, is broccoli. And specifically, the

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sprout. Broccoli always gets the gold medal.

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Why is that? It contains a compound called sulforaphane.

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Now, sulforaphane is fascinating. It fights inflammation,

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but it also triggers the production of enzymes

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that detoxify the body. It basically tells your

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cells, hey, clean up the garbage. But there was

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a catch with broccoli, right? Just like with

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the tomatoes. Yes, but the rule is reversed.

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Remember, with tomatoes, heat was good. With

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broccoli... heat can be the enemy. Oh, interesting.

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See, sulforaphane isn't just sitting there ready

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to go. It's only created when two substances

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in the plant mix together. And that mixing only

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happens when you damage the plant tissue, when

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you chop it or chew it. So the act of chewing

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actually creates the medicine. Exactly. But here's

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the catch. The enzyme needed to create that reaction

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is very sensitive to heat. If you boil broccoli

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to death, you kill the enzyme and you get very

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little sulforaphane. So I've been boiling away

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all the benefits. You're still getting fiber,

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but you're losing that super nutrient. The strategy

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is either eat it raw or steam it very lightly,

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just for a few minutes. So it stays crunchy.

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Right. Or here's a pro tip from the research.

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Chop the broccoli and let it sit for about 40

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minutes before you cook it. Wait, why? What does

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that do? Because if you chop it and let it sit.

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The reaction happens on the cutting board. Once

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the sulforaphane is created, it's heat stable.

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You can cook it however you want after that.

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That is a game changer. Chop and wait. Chop and

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wait. And don't forget the leafy green spinach,

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kale. They are packed with folate, which is essential

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for DNA repair. Basically, keeping your genetic

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code reading correctly as you age. It's maintenance

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work. Green is the maintenance crew. Okay, moving

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to my favorite category because it feels the

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most mysterious. Blue and purple. You don't see

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natural blue food that often, but the research

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calls this the longevity or brain category. It

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is the most elusive and potentially the most

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powerful. This is the spectrum for the command

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center. The brain food. We see anthocyanins again

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here, like in strawberries. But the specific

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types found in blue and purple foods, like blueberries,

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blackberries, purple cabbage, seem to have a

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unique affinity for the brain. One study mentioned

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they can cross the blood -brain barrier. They

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can. And once they are there, they reduce what's

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called neuroinflammation. They protect neurons

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from oxidative stress. The research links high

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intake of these purple foods to slower cognitive

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decline, sharper memory, even better motor skills

00:12:13.299 --> 00:12:15.820
and aging. There was one specific example that

00:12:15.820 --> 00:12:18.500
caught my eye eggplant. I usually just think

00:12:18.500 --> 00:12:20.759
of it as a sponge for olive oil, but it has a

00:12:20.759 --> 00:12:23.919
specific compound called nasunin. Yes, nasunin.

00:12:24.139 --> 00:12:26.519
It's a potent antioxidant found specifically

00:12:26.519 --> 00:12:29.000
in the purple peel of the eggplant. It protects

00:12:29.000 --> 00:12:31.379
the lipids, the fats in brain cell membranes.

00:12:31.500 --> 00:12:33.210
And why does it matter so much? Because your

00:12:33.210 --> 00:12:37.210
brain is mostly fat. Protecting those fatty membranes

00:12:37.210 --> 00:12:40.309
is critical for signaling speed, how fast your

00:12:40.309 --> 00:12:42.929
brain can send and receive messages. So if I

00:12:42.929 --> 00:12:45.009
peel the eggplant because I don't like the texture,

00:12:45.190 --> 00:12:47.269
I'm throwing away the brain medicine. You are

00:12:47.269 --> 00:12:50.029
throwing away the gold. Keep the skin on. That's

00:12:50.029 --> 00:12:52.149
a huge takeaway. Purple is for preservation.

00:12:52.549 --> 00:12:55.769
Think of the cool spectrum as clean and protect.

00:12:56.269 --> 00:12:59.129
Green cleans the system. Purple protects the

00:12:59.129 --> 00:13:02.029
hard drive. Now, we have covered the rainbow,

00:13:02.169 --> 00:13:03.950
but there's a section of the grocery store we

00:13:03.950 --> 00:13:07.250
usually ignore, or worse, actively avoid. The

00:13:07.250 --> 00:13:10.009
forgotten spectrum, white and brown. This is

00:13:10.009 --> 00:13:11.929
a crucial distinction we have to make. For years,

00:13:11.990 --> 00:13:15.059
the headline has been, avoid white foods. Which

00:13:15.059 --> 00:13:17.019
usually means white bread, white sugar, white

00:13:17.019 --> 00:13:19.120
pasta. Right. Highly processed carbohydrates.

00:13:19.159 --> 00:13:21.879
Those are stripped of nutrients. But in the vegetable

00:13:21.879 --> 00:13:24.860
world, white and brown foods are the unsung heroes.

00:13:25.059 --> 00:13:27.899
We're talking cauliflower, garlic, onions, mushrooms.

00:13:28.220 --> 00:13:30.200
These are the silent protectors. They're the

00:13:30.200 --> 00:13:33.220
foundation. Take the allium family garlic, onions.

00:13:33.460 --> 00:13:35.919
They contain a sulfur compound called allicin.

00:13:36.179 --> 00:13:37.799
Allicin. That's the stuff that makes them smell

00:13:37.799 --> 00:13:39.659
so strong. It is the source of the pungency.

00:13:39.659 --> 00:13:43.309
Yes. But allicin is antimicrobial, antiviral,

00:13:43.330 --> 00:13:45.669
and helps lower blood pressure. It is a powerful

00:13:45.669 --> 00:13:49.149
immune modulator. But, and here's another kitchen

00:13:49.149 --> 00:13:52.470
hack like the broccoli one, allicin isn't present

00:13:52.470 --> 00:13:55.730
in a whole garlic clove. Wait, really? I thought

00:13:55.730 --> 00:13:58.330
garlic was just garlic. It's only created when

00:13:58.330 --> 00:14:01.230
the cell walls are ruptured. You have to crush

00:14:01.230 --> 00:14:03.789
or chop the clove to start the chemical reaction.

00:14:05.070 --> 00:14:07.429
This is important. It takes a minute or two to

00:14:07.429 --> 00:14:09.929
fully develop. So if I chop the garlic and immediately

00:14:09.929 --> 00:14:12.629
throw it into a hot pan? You might stop the reaction

00:14:12.629 --> 00:14:16.330
before it even peaks. The tip here is chop and

00:14:16.330 --> 00:14:19.090
chill. Chop your garlic, let it sit on the cutting

00:14:19.090 --> 00:14:20.950
board for 10 minutes while you prep other stuff,

00:14:21.149 --> 00:14:24.049
let the medicine develop, then cook it. That

00:14:24.049 --> 00:14:26.169
is mind -blowing. I've been rushing my garlic

00:14:26.169 --> 00:14:29.289
my whole life. Most of us have. We treat it like

00:14:29.289 --> 00:14:31.330
flavoring, but it's really pharmacology. And

00:14:31.330 --> 00:14:33.529
then we have the brown foods, specifically mushrooms.

00:14:34.250 --> 00:14:36.549
Mushrooms are biologically fascinating. They

00:14:36.549 --> 00:14:39.429
aren't plants. They're fungi. And they contain

00:14:39.429 --> 00:14:41.830
something called beta -glucans. These are sugars

00:14:41.830 --> 00:14:44.190
found in the cell walls of fungi. And when we

00:14:44.190 --> 00:14:46.289
eat them, they prime our immune system. They

00:14:46.289 --> 00:14:48.370
essentially wake up our white blood cells. So

00:14:48.370 --> 00:14:51.139
they're ready to fight infection? Exactly. Yeah.

00:14:51.259 --> 00:14:52.960
So mushrooms are like a boot camp in the immune

00:14:52.960 --> 00:14:55.440
system. That's a great analogy. Plus they provide

00:14:55.440 --> 00:14:57.860
selenium, a mineral that's actually hard to get

00:14:57.860 --> 00:15:00.279
from plants. And they have that savory umami

00:15:00.279 --> 00:15:03.259
flavor that makes plant -based eating so satisfying.

00:15:03.299 --> 00:15:06.200
So we have the science. We've decoded the signals.

00:15:06.379 --> 00:15:09.500
Red is heart. Orange is immunity. Green is detox.

00:15:09.899 --> 00:15:12.779
Purple is brain. White is the immune foundation.

00:15:13.460 --> 00:15:16.559
But, you know, knowing this is one thing, doing

00:15:16.559 --> 00:15:19.379
it is another. Right. The sources pivoted from

00:15:19.379 --> 00:15:22.120
what to how. What's the strategy? The sources

00:15:22.120 --> 00:15:24.039
suggest a really practical rule of thumb. You

00:15:24.039 --> 00:15:26.460
don't need a degree in biochemistry. You just

00:15:26.460 --> 00:15:29.159
need to count to three or five. Aim for three

00:15:29.159 --> 00:15:31.419
to five distinct colors per meal. Three to five.

00:15:31.559 --> 00:15:34.559
Okay. So not just a beige chicken breast with

00:15:34.559 --> 00:15:38.019
white rice. No. Imagine that plate. It's chemically

00:15:38.019 --> 00:15:41.399
silent. Now imagine a salad. Or a grain bowl,

00:15:41.559 --> 00:15:44.419
you have spinach, that's green, detox. You add

00:15:44.419 --> 00:15:48.379
tomatoes, red, heart health. Maybe some roasted

00:15:48.379 --> 00:15:51.360
sweet potatoes, orange, immunity. Some purple

00:15:51.360 --> 00:15:54.679
cabbage for crunch brain health. And some sauteed

00:15:54.679 --> 00:15:57.559
mushrooms, brown, immune defense. Suddenly, in

00:15:57.559 --> 00:16:00.100
one bowl, you have engaged every single defense

00:16:00.100 --> 00:16:02.320
mechanism we just discussed. It's a symphony

00:16:02.320 --> 00:16:04.559
instead of a single note. This is what we mean

00:16:04.559 --> 00:16:07.019
by engineering the meal. You're creating a comprehensive

00:16:07.019 --> 00:16:10.110
health insurance policy on a plate. Now, a practical

00:16:10.110 --> 00:16:12.590
barrier a lot of people face is cost and access.

00:16:12.889 --> 00:16:14.990
The research made a big point about seasonality.

00:16:15.110 --> 00:16:17.149
Why does that matter so much? It changes everything.

00:16:17.590 --> 00:16:20.110
A strawberry grown in season and eaten locally

00:16:20.110 --> 00:16:22.190
is chemically different from a strawberry grown

00:16:22.190 --> 00:16:24.769
halfway across the world, harvested unripe, and

00:16:24.769 --> 00:16:26.750
then shipped for three weeks. Because the nutrients

00:16:26.750 --> 00:16:29.970
degrade. Exactly. Nutrient density peaks at ripeness.

00:16:30.129 --> 00:16:32.070
As soon as you pick something, the clock starts

00:16:32.070 --> 00:16:34.389
ticking. Phytochemicals break down when exposed

00:16:34.389 --> 00:16:37.200
to light, heat, and time. So eating seasonally

00:16:37.200 --> 00:16:39.399
is not just cheaper. It ensures you are getting

00:16:39.399 --> 00:16:42.539
the maximum information. But what if we can't

00:16:42.539 --> 00:16:45.600
get fresh? I loved the section on frozen food

00:16:45.600 --> 00:16:47.539
because I think a lot of us carry guilt about

00:16:47.539 --> 00:16:49.539
that. We think if it's in a freezer, it must

00:16:49.539 --> 00:16:52.320
be processed. We need to let go of that guilt

00:16:52.320 --> 00:16:55.440
immediately. The sources were very clear. Frozen

00:16:55.440 --> 00:16:58.740
produce is often superior to out -of -season

00:16:58.740 --> 00:17:01.440
fresh produce. Superior. That's a bold claim.

00:17:01.679 --> 00:17:04.680
But think about the supply chain. Frozen peas

00:17:04.680 --> 00:17:07.940
or berries are usually flash frozen within hours

00:17:07.940 --> 00:17:11.200
of harvest at their absolute peak ripeness. That

00:17:11.200 --> 00:17:13.940
process locks in the nutrients. Okay. Compare

00:17:13.940 --> 00:17:16.019
that to fresh spinach that's out on a truck for

00:17:16.019 --> 00:17:17.980
a week, then a grocery shelf for three days,

00:17:18.079 --> 00:17:20.819
then in your fridge. The frozen version is likely

00:17:20.819 --> 00:17:23.980
more nutrient dense. That is a huge relief. It

00:17:23.980 --> 00:17:26.259
means we can keep the cool spectrum, those berries

00:17:26.259 --> 00:17:28.599
in our diet year round without breaking the bank.

00:17:28.720 --> 00:17:30.940
Absolutely. It's a vital hack. Another hack mentioned

00:17:30.940 --> 00:17:33.480
was just removing fiction. We've all done the

00:17:33.480 --> 00:17:35.880
buy and rot cycle. You buy beautiful kale, put

00:17:35.880 --> 00:17:37.900
it in the crisper drawer and find it two weeks

00:17:37.900 --> 00:17:40.920
later as a sad green sludge. The crisper drawer

00:17:40.920 --> 00:17:43.579
of death. We've all been there. The solution

00:17:43.579 --> 00:17:45.980
is batch prep. The moment you get home from the

00:17:45.980 --> 00:17:48.720
store, wash and chop. If you open your fridge

00:17:48.720 --> 00:17:51.180
and see a container of washed red peppers or

00:17:51.180 --> 00:17:53.759
chopped purple cabbage, you will eat it. You

00:17:53.759 --> 00:17:55.960
have to make the healthy choice, the lazy choice.

00:17:56.119 --> 00:17:58.539
Exactly. And that connects back to mindfulness.

00:17:59.099 --> 00:18:02.200
When you take the time to plate your food, to

00:18:02.200 --> 00:18:04.359
actually look at the colors, you engage with

00:18:04.359 --> 00:18:07.539
what you eat. It stops being mindless consumption.

00:18:07.880 --> 00:18:10.019
Right. You are visually confirming that you are

00:18:10.019 --> 00:18:12.279
nourishing yourself. It sounds a bit woo -woo,

00:18:12.380 --> 00:18:15.000
but it actually increases satiety. you feel more

00:18:15.000 --> 00:18:16.839
satisfied because you've engaged more senses.

00:18:17.079 --> 00:18:19.299
So for the listener who is thinking, okay, this

00:18:19.299 --> 00:18:21.740
sounds great, but I eat a lot of brown and beige

00:18:21.740 --> 00:18:24.720
right now, what's the first step? The takeaway

00:18:24.720 --> 00:18:27.460
is not restriction. This isn't a diet where we

00:18:27.460 --> 00:18:29.519
say don't eat this. It's an additive approach.

00:18:29.779 --> 00:18:31.819
It's about abundance. So instead of cutting things

00:18:31.819 --> 00:18:34.259
out, you just ask, what can I add? Precisely.

00:18:34.660 --> 00:18:37.240
Look at your oatmeal. Can you add a handful of

00:18:37.240 --> 00:18:39.839
blueberries? That's one color. Look at your sandwich.

00:18:39.920 --> 00:18:42.019
Can you add spinach and red peppers? That's two

00:18:42.019 --> 00:18:44.680
more colors. Just stacking the benefits. Small

00:18:44.680 --> 00:18:47.700
changes build resilience. Adding one color to

00:18:47.700 --> 00:18:50.539
breakfast every day adds up to a massive amount

00:18:50.539 --> 00:18:53.720
of phytochemicals over a lifetime. It's about

00:18:53.720 --> 00:18:56.539
consistency, not perfection. I think that's the

00:18:56.539 --> 00:19:00.119
key. It shifts the mindset from dieting. to resilience.

00:19:00.359 --> 00:19:02.940
You are building a body that can handle the world.

00:19:03.099 --> 00:19:06.039
And you are reconnecting with nature in a very

00:19:06.039 --> 00:19:08.660
primal way. You're learning its language again.

00:19:08.880 --> 00:19:10.960
So we leave you with this thought. The research

00:19:10.960 --> 00:19:13.059
tells us that color in nature is a language,

00:19:13.259 --> 00:19:15.660
a language of survival, defense, and vitality.

00:19:16.000 --> 00:19:18.140
When you look down at your lunch today, take

00:19:18.140 --> 00:19:21.460
a second to read it. Ask yourself, what is your

00:19:21.460 --> 00:19:23.920
plate trying to tell you about your future health?

00:19:24.059 --> 00:19:26.240
And more importantly, are you listening? Thanks

00:19:26.240 --> 00:19:28.079
for diving in with us. Stay curious. See you

00:19:28.079 --> 00:19:28.420
next time.
