Wow, a new study has just landed! It´s a 2026 research that is a total game-changer for how we look at our daily routines. We talk a lot about "brain hacks" and supplements, but it turns out the ultimate cognitive super-weapon might actually be sitting in your kitchen drawer. It's called... a spatula. A massive study recently tracked 11,000 adults, and the results are wild. Cooking at home just once a week can slash your dementia risk by over 25%. 🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳 But here’s the kicker: The worse you are at cooking, the better it is for your brain. 🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳🍳🧑‍🍳 The researchers found that "novice" cooks (the people who probably burn toast and have to Google how to boil an egg) saw a nearly 70% reduction in risk. Why? Because your brain is working overtime! - Executive Function: Trying not to set the kitchen on fire while timing the pasta. - Working Memory: "Wait, did I already add the salt?" - Sensory Overload: The smells, the textures, the heat - it’s like a HIIT workout for your neurons. For an expert, cooking is "autopilot." For the rest of us, it’s a high-stakes puzzle that keeps the brain young. 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡💡 💡 💡 The "One-Meal" Challenge You don’t need to be Gordon Ramsay. You don't even need to be good. You just need to turn off UberEats and get your hands dirty. 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡 💡 The ROI is insane: 🥚Better nutrition (less processed junk). 🥚Massive "Cognitive Reserve" (shielding your brain from aging). 🥚A sense of accomplishment (even if the chicken is a little dry). 👇 Let’s see 1. What is the ONE dish you can actually cook without a recipe? 2. Or, are you a "Novice" who is currently saving your brain by being terrible at it? Let’s see those "culinary masterpieces" (or disasters) below! 🥘👇

We move to our second week of our MAY CHALLENGE: Dealing with Insulin Resistance. Last week we talked about: 🟢What is insulin? 🟢Self-diagnosed quiz to find out if you are insulin resistant or not. 🟢How to do we diagnose the Insulin Resistance through lab works? This week we will start to talk about: 📣📣📣📣📣📣📣📣📣📣📣📣📣📣📣📣📣📣 steps we have to take to deal with the insulin resitance. 📣📣📣📣📣📣📣📣📣📣📣📣📣📣📣📣📣📣 So we will have the Live Call on Wednesday at 20.30 (UK TIME) to start talking about the steps we have to take. Join and ask your questions. Or, if time is not suitable for you, let the questions here in a comment.

Good morning, you all! 🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑 @Dietrick Kooyman has just reached LEVEL 7 (AVOCADO LEVEL)! The very first to get to Level 7! 🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉🥑🎉 He is present on all leaderboards, he is active since he joined and I am so happy that he is here! Let me help congratulate him today!!!

We went on an evening hike today, and my son came around a bend in the path and said he’d found some weird looking mushrooms. I got so excited! Look at these beauties! I’ve been looking for morels in our area for 10 years! I’m try to decide how many I cook and how many I use to spread spore around our yard.

There is a phenomenon that engineers discovered, somewhat to their embarrassment, only after they had spent decades trying to straighten rivers. In the name of flood control and agricultural efficiency, they lined the banks with concrete, cut the curves, and forced the water into a direct, efficient channel. The result, they assumed, would be a calmer, more manageable river. What they got instead was the opposite. The water, deprived of its natural meanders, accelerated and scoured the riverbed. It carried away sediment that had taken centuries to accumulate. The straightened river, designed to be more orderly, became the source of the very floods it was meant to prevent. The river needed its bends. Not despite the fact that they were inefficient, but because of it. Your autonomic nervous system is, in its own way, a river with two banks. On one side runs the sympathetic branch - the accelerator, the one that floods your body with adrenaline and cortisol when a deadline looms, a car brakes suddenly or an email arrives at midnight with a subject line that makes your stomach drop. On the other side, the parasympathetic branch - the brake, the one that slows the heart, deepens the breath and tells the digestive system it is finally safe to work. In a healthy system, these two forces don't simply alternate; they "dance". Every heartbeat, in fact, is a tiny negotiation between them. The interval between one beat and the next is never perfectly identical. It stretches and contracts in subtle, rhythmic variation - a phenomenon cardiologists call heart rate variability, or HRV. A high HRV is not a racing heart; it is a flexible one. It is the physiological signature of a nervous system that can bend. And like the engineers' river, we have spent much of modern life trying to straighten it. Chronic stress does not simply mean feeling overwhelmed. At a biological level, it means the sympathetic accelerator is engaged far more often than the body was designed to sustain. The cortisol that was meant to spike and then dissolve, becomes a low, continuous background radiation of threat and the body cannot distinguish from a predator in the grass. The parasympathetic brake, the one that is supposed to restore and rebuild, barely gets a turn.