【勘誤集】孤雌生殖的♀無限可能 😲 跟著松松來堂遺傳學課吧 🌳 episode artwork

EPISODE · Feb 28, 2023 · 22 MIN

【勘誤集】孤雌生殖的♀無限可能 😲 跟著松松來堂遺傳學課吧 🌳

from 就決定是你了!松松 · host 松松 X 拉亞

▸ 本集為 EP18 聖誕火雞 🦃 勘誤,感謝聽眾 Doris 媽媽來信 逼逼逼!追加勘誤集數不小心錄太長了… 本集內容小深入,涉及部分國高中遺傳學知識 📖 如果覺得太複雜,拉亞幫大家畫好重點: EP18 火雞孤雌生殖後代,正確為「雄性」而非「雌性」(不好意思當時講錯了🙇‍♀️) 至於為什麼呢… 竹節蟲不也是孤雌生殖,但只會生下雌性寶寶嗎 🤯? 其實阿~大自然中孤雌 (單性) 生殖是種繁衍策略 因為「遺傳系統」的不同,能夠孤雌生下的後代「性別」也不同~ 有的幾乎雄性、有的只會是雌性、也有都可以 (天阿😣) ㄟ~那你說人類會不會也能單性生殖? 想知道的話,一起來收聽這次的小教室 🔥 【本集重點】 孤雌(單性)生殖原理 XY 遺傳系統 ZW 遺傳系統 為什麼要生男朋友給自己? 卵母細胞分裂概要 網路資料的說法不一 大自然的奇特案列: California condor (加州神鷲) Boa constrictor (紅尾冉) 松松停不下來:細胞的排列組合 遺傳學奧秘等待更多解答🔍 🌳 小小心意支持松松 :https://pay.soundon.fm/podcasts/42bccc00-cc44-48a2-b134-d84490230c93 🦎 節目專屬 IG | 生態知識 | 動物日記 :https://instagram.com/gotcha_naturelovers 📮商業合作歡迎來信 :[email protected] 本次文獻: 1. Differentiating between parthenogenetic and "positive development" embryos in turkeys by molecular sexing; PubMed 2. Facultative Parthenogenesis in California Condors; PubMed 3. Evidence for viable, non-clonal but fatherless Boa constrictors; Biology Letters -- Hosting provided by SoundOn

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【勘誤集】孤雌生殖的♀無限可能 😲 跟著松松來堂遺傳學課吧 🌳

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