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京都大学 https://t.co/cGAIqKCy9X 名古屋大学 https://t.co/1pti0NbC8u 論文 Microfluidic Device for Simple Diagnosis of Plant Growth Condition by Detecting miRNAs from Filtered Plant Extracts https://t.co/saBQ9znft5
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#PlantHealth Microfluidic technology enables rapid detection of miR399, indicating phosphorus deficiency in plants. This innovation enhances early plant stress diagnosis for improved crop production and sustainability. Details: https://t.co/GMNiJ1klQm htt
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2-Bilim İnsanları Altı Ayaklı Bir Fare Embriyosu Geliştirdi https://t.co/f9yJReB2uW d41586-024-00943-7 3-Filtrelenmiş Bitki Ekstraktlarından miRNA'ları Saptayarak Bitki Büyüme Durumunun Basit Teşhisi için Mikroakışkan Cihaz https://t.co/c61w9zmZqG
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RT @96vmax: 植物の生体診断技術についての論文がPlant phenomics に掲載されました。共著の皆様おめでとう御座います。Microfluidic Device for Simple Diagnosis of Plant Growth Condition by…