CAS
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IGDB in Media
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Genetic Editing of Ideal Small Grain Size Genes Enables Fully Mechanized Hybrid Rice Breeding
03 Jun 2024In a study published in Nature Plants, Prof. LI Yunhai from the Institute of Genetics and Developmental Biology (IGDB) of the Chinese Academy of Sciences and Profs. ZHU Xudong and WANG Yuexing from the China National Rice Research Institute have i...
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Chinese Researchers Discover Mechanism to Trigger Plant Regeneration
28 May 2024Chinese researchers recently discovered the primary wound signal that initiates plant regenerative responses, providing a convenient method for improving the crops' genetic transformation efficiency.
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Chinese researchers discover mechanism to trigger plant regeneration
28 May 2024Chinese researchers recently discovered the primary wound signal that initiates plant regenerative responses, providing a convenient method for improving the crops' genetic transformation efficiency.
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Chinese Researchers Discover Mechanism to Trigger Plant Regeneration
28 May 2024Chinese researchers recently discovered the primary wound signal that initiates plant regenerative responses, providing a convenient method for improving the crops' genetic transformation efficiency.
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Scientists Discover Primary Wound Signal Promoting Plant Regeneration
23 May 2024In a study published in Cell on May 22, researchers led by Prof. LI Chuanyou from the Institute of Genetics and Developmental Biology (IGDB) of the Chinese Academy of Sciences reported their discovery that REGENERATION FACTOR1 (REF1) is the primar...
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Primary Wound Signal Boosting Plant Regeneration Uncovered
23 May 2024This discovery suggests a convenient method for improving the transformation efficiency of difficult-to-transform crops by boosting their regeneration capacity.
