CAS
中文
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IGDB in Media
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Uma linhagem de arroz sensível ao frio desenvolveu resistência após três gerações expostas a temperaturas baixas durante o estágio meótico.
26 May 2025A Cell című tudományos lapban megjelent publikáció megerősíti az evolúció egy olyan formáját, amelyben a környezeti nyomás képes olyan örökölhető változást is előidézni, amelyek nem változtatja meg a szervezet DNS-ét.
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Chinese researchers recently uncovered molecular evidence supporting Lamarckism—a long-debated theory from the early 19th century that acquired characteristics can be inherited.
26 May 2025Uma linhagem de arroz sensível ao frio desenvolveu resistência após três gerações expostas a temperaturas baixas durante o estágio meótico.
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Epigenetic mechanism of cold adaptation in rice offers molecular evidence for Lamarck's theory
26 May 2025Chinese researchers recently uncovered molecular evidence supporting Lamarckism—a long-debated theory from the early 19th century that acquired characteristics can be inherited.
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Descubren el mecanismo que regula el tamaño del grano de arroz y su impacto en la producción agrícola
22 May 2025A research team led by Prof. Li Yunhai from the Institute of Genetics and Developmental Biology (IGDB) of the Chinese Academy of Sciences has uncovered a previously hidden mechanism that regulates rice grain size—a key determinant of crop yield a...
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Unlocking G-protein Subunit GS3: How Redox Regulation Shapes Rice Grain Size
21 May 2025A research team led by Prof. Li Yunhai from the Institute of Genetics and Developmental Biology (IGDB) of the Chinese Academy of Sciences has uncovered a previously hidden mechanism that regulates rice grain size—a key determinant of crop yield a...
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GS3 Breakthrough: Redox's Role in Grain Size Revealed
21 May 2025A research team led by Prof. LI Yunhai from the Institute of Genetics and Developmental Biology (IGDB) of the Chinese Academy of Sciences has uncovered a previously hidden mechanism that regulates rice grain size-a key determinant of crop yield an...
