🔬

longevity-algorithm

Explore the cutting-edge science of extending healthy human lifespan. Understand the biology of aging and interventions that may slow or reverse it.

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这是什么?

🎯 模拟器提示

📚 术语表

Healthspan
多年的健康、功能性生活
Lifespan
总寿命年数
Senescence
细胞老化——细胞停止分裂
Senolytics
杀死衰老细胞的药物
Telomere
染色体末端的保护帽
Telomerase
延长端粒的酶
Epigenetic
基因表达的变化,而不是 DNA 序列的变化
mTOR
主生长调节途径
AMPK
能量传感通路
Sirtuins
与长寿有关的蛋白质
NAD+
随着年龄的增长而减少的关键辅酶
Autophagy
细胞自清洁过程
Inflammaging
随着年龄的增长慢性低度炎症

🏆 关键人物

Aubrey de Grey

SENS损伤修复框架

David Sinclair

衰老信息论,sirtuins

Cynthia Kenyon

在秀丽隐杆线虫中发现长寿基因

Steve Horvath

表观遗传衰老时钟

Shinya Yamanaka

细胞重编程(诺贝尔奖)

🎓 学习资源

💬 给学习者的话

{'encouragement': "You're learning about one of humanity's oldest dreams - extending healthy life. For the first time in history, we understand enough about aging to actually do something about it.", 'reminder': 'The best longevity interventions available today are free: exercise, good sleep, healthy diet, stress management. Start there while waiting for future breakthroughs.', 'action': "Explore the hallmarks of aging in the simulator. See how they're interconnected. Understand why targeting multiple pathways matters.", 'dream': 'A biologist from Kenya might discover the next longevity pathway. A computational scientist from Nigeria might create better aging clocks. Longevity research should benefit all of humanity.', 'wiaVision': "WIA Pin Code believes the science of healthy aging should be accessible to everyone. Whether you're 20 or 80, understanding aging empowers better choices."}

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