Drinking 8 glasses of water daily is based on zero science.
Every time you chug plain water, you are flushing out your electrolytes and sabotaging your energy levels.
True hydration is far more complex.
The science of how to actually hydrate properly: 🧵
First off, drinking 8 glasses of water a day is a recommendation based on zero scientific research.
And yet every summer we are inundated with this myth. This stops today.
Proper hydration relies on this equation:
The hydration equation: sodium and glucose in a (minimum) 2:1 ratio.
It activates sodium-glucose transporter proteins which pall water across cell membranes.
You need both electrolytes (sodium) and glucose (sugar) to achieve the proper hydration.
Let’s talk about it.
1) Electrolytes are substances that have a natural positive or negative charge when dissolved into water.
They are vital in regulating body pH levels, nerve, and muscle function. The main electrolytes that are found in the body ↓
2) Glucose
In the small intestine, glucose facilitates the absorption of sodium.
The sodium-glucose co-transporters (SGLTs) move glucose and sodium together across the intestinal tract into the bloodstream.
Glucose contributes to cellular hydration by influencing osmotic balance.
More often than not, you are not:
• Tired
• Irritable
• Low energy
• Unable to focus
You are just dehydrated.
Studies have shown that even mild dehydration (1-2% loss of body weight) can impair cognitive performance, particularly attention and working memory.
Before I give you my battle-tested hydration solutions, understand this:
Sugar-free hydration solutions are not hydration solutions, they are electrolyte solutions—you need glucose.
Ditch your PRIME and Gatorade. Hydrate properly with these:
→ Pinch of Celtic sea salt (1/2-1tbsp) with 1/2 a squeezed lemon.
Lemon also contains sodium, potassium, calcium, magnesium—great for hydration
→ 1 tbsp honey and good crack of pink salt: Higher on the glucose side, great for pre-workout
→ Coconut water: Rich in glucose, sodium, and other electrolytes
→ Pickles in brine [sodium] + dried fruit, such as apricots [glucose]: Often found outside sauna’s in Sweden for hydration
→ Electrolyte tabs/packets provide a 360 hydration/muscle/nerve support if they have a brought spectrum of electrolytes + glucose (ideally naturally derived sugar)
Proper hydration is important, but it’s only one piece of the puzzle towards elite health and performance.
Everyone's trying to solve this puzzle with too many pieces, but it comes down to a few key pieces, perfectly fitted together.
This leads us to something revolutionary...
introducing velocity.
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Research shows that caffeine and nicotine together can improve cognition more than either substance alone.
Let’s explore the science behind both...
And WHY their combination might be the most powerful cognitive stack ever: 🧵
When caffeine and nicotine are taken together, they interact in the body and brain to produce a range of effects that can enhance cognitive performance.
You must leverage these for your benefit.
But first, let's explore how they work individually:
Caffeine acts by blocking adenosine receptors in the brain.
Adenosine is a neurotransmitter that promotes sleep and relaxation; by inhibiting its action, caffeine increases alertness and reduces the perception of fatigue.
It also stimulates the release of dopamine, enhancing mood and motivation.
The American Heart Association told you to fear eggs, avoid saturated fat, and eat "heart-healthy" grains.
Your cholesterol still high? Of course it is.
The solution is literally opposite of everything they taught you: 🧵
First, understand that cholesterol is NOT the villain.
It’s essential for building cell membranes, producing hormones like estrogen and testosterone, and supporting brain function and nerve signaling.
So why has it been blamed for heart disease all these years?
The "cholesterol hypothesis" stemmed from Ancel Keys' flawed Seven Countries Study (1958). He cherry-picked data that supported his hypothesis while ignoring contradicting evidence from 15 other countries.
France has high intake of saturated fat yet low heart disease rates.
Thus, the "French Paradox" might not be a paradox at all—it could disprove the original hypothesis...