@jchicken.persijam: PROMO SPECIAL JUMAT ! ayam 1 ekor diskon 50% dan half chicken diskon 40% Serbu promonya guyss 🤩✨ #jchickenpersijamjambi #foryoupage #fypシ #trendingreels #lebihbesarhargatetap

Jchicken Persijam Jambi
Jchicken Persijam Jambi
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Thursday 08 October 2026 07:18:48 GMT
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princess._792
talia❓ :
enak nya tisu yg di makan
2026-10-20 16:03:04
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nurbaity.betyy
Nurbaity Betyy :
😂😂😂
2026-10-13 07:13:37
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molecular motor inside your mitochondria called ATP synthase, and the image described it as spinning at roughly 9,000 RPM. The basic story was: Food + oxygen → proton gradient → ATP synthase spins → ADP becomes ATP → your cells get usable energy. ATP synthase is literally a rotary molecular machine embedded in the inner mitochondrial membrane. Hydrogen ions (protons) build up on one side of that membrane. When they flow back through ATP synthase, they drive part of the protein around like a microscopic turbine. That rotation mechanically changes the shape of other parts of the enzyme, allowing it to take: ADP + phosphate → ATP ATP is essentially your cells’ immediately usable energy currency. Your muscles contracting, neurons signaling, proteins being manufactured and countless other cellular processes depend on it. The crazy number we discussed was the rotation rate. Under certain experimental/physiological estimates, ATP synthase can rotate at thousands of revolutions per minute, with the image you showed describing approximately 9,000 RPM. There was also an especially interesting part involving hydrogen versus deuterium. Your image said: “It runs on Hydrogen, feed it Deuterium and the motor jams, stutters.” That refers to the kinetic isotope effect. Deuterium is “heavy hydrogen”—its nucleus contains a proton and a neutron, rather than just a proton. Chemically it’s very similar to ordinary hydrogen, but its extra mass can change the rates of proton-transfer reactions. So the fascinating concept wasn’t merely that mitochondria produce energy. It’s that inside almost every cell in your body are enormous numbers of genuine nanoscale rotary motors. And right now, while you’re reading this, they’re continually turning and helping convert ADP back into ATP to keep your cells functioning. That was the story you had recently discovered. #atp #mitochondria #Science #biology #cell
molecular motor inside your mitochondria called ATP synthase, and the image described it as spinning at roughly 9,000 RPM. The basic story was: Food + oxygen → proton gradient → ATP synthase spins → ADP becomes ATP → your cells get usable energy. ATP synthase is literally a rotary molecular machine embedded in the inner mitochondrial membrane. Hydrogen ions (protons) build up on one side of that membrane. When they flow back through ATP synthase, they drive part of the protein around like a microscopic turbine. That rotation mechanically changes the shape of other parts of the enzyme, allowing it to take: ADP + phosphate → ATP ATP is essentially your cells’ immediately usable energy currency. Your muscles contracting, neurons signaling, proteins being manufactured and countless other cellular processes depend on it. The crazy number we discussed was the rotation rate. Under certain experimental/physiological estimates, ATP synthase can rotate at thousands of revolutions per minute, with the image you showed describing approximately 9,000 RPM. There was also an especially interesting part involving hydrogen versus deuterium. Your image said: “It runs on Hydrogen, feed it Deuterium and the motor jams, stutters.” That refers to the kinetic isotope effect. Deuterium is “heavy hydrogen”—its nucleus contains a proton and a neutron, rather than just a proton. Chemically it’s very similar to ordinary hydrogen, but its extra mass can change the rates of proton-transfer reactions. So the fascinating concept wasn’t merely that mitochondria produce energy. It’s that inside almost every cell in your body are enormous numbers of genuine nanoscale rotary motors. And right now, while you’re reading this, they’re continually turning and helping convert ADP back into ATP to keep your cells functioning. That was the story you had recently discovered. #atp #mitochondria #Science #biology #cell

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