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Cell and molecular biology, genetics and evolution, physiology and systems, ecology and behaviour.
Covers both senior secondary biology and introductory university biology; each article is labelled with its level and includes a conceptual diagram.
Illustrative · B-DNA double helix
From cells all the way to ecosystems
Start from a subject cluster and gradually build a complete map of biology
醣類、脂質、蛋白質與核酸——構成生命的四大分子。
Browse →原核與真核、胞器分工——生命的基本單位。
Browse →磷脂雙層、擴散、滲透與主動運輸——細胞如何控制進出。
Browse →酵素如何降低活化能、調控細胞中成千上萬的反應。
Browse →糖解、克氏循環與電子傳遞鏈——細胞如何產生 ATP。
Browse →光反應與卡爾文循環——把光能變成醣的生命引擎。
Browse →有絲分裂與減數分裂——生長、修復與遺傳變異的根源。
Browse →顯隱性、分離與自由組合——性狀如何代代相傳。
Browse →DNA 複製、轉錄與轉譯——從基因到蛋白質的中心法則。
Browse →PCR、選殖到 CRISPR——人類如何讀寫生命的密碼。
Browse →天擇、變異與族群遺傳——生命多樣性的統一解釋。
Browse →三域六界、親緣關係——如何替數百萬物種建立家譜。
Browse →食物如何被分解、吸收,轉成身體能用的養分。
Browse →心臟、血液與肺——氧氣與養分如何送達每個細胞。
Browse →神經元、動作電位與突觸——身體的電訊號網路。
Browse →激素與負回饋——身體如何維持血糖、體溫的穩定。
Browse →先天與後天免疫、抗體與疫苗——身體的防禦大軍。
Browse →根莖葉的運輸、蒸散與植物激素——植物如何生活。
Browse →配子、受精到胚胎發育——新個體如何誕生與成形。
Browse →Side-by-side Chinese and English terms and plain-language definitions of cell, ATP, DNA, natural selection and homeostasis, and more.
Search terms →The positioning and scope of this reader, and how to learn with Uedu AI TA and the Science Lab.
Find out more →This section contains original educational material intended to build conceptual frameworks; the illustrations are conceptual diagrams generated by AI (not precise anatomical diagrams). For deeper study, please still refer to textbooks and authoritative teaching materials.