Difference in nitrogen absorption between a radiation-induced high-protein rice mutant and its original variety

Difference in nitrogen absorption between a radiation-induced high-protein rice mutant and its original variety

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Main Authors: Tanaka, S., FAO, Vienna (Austria). Joint FAO/IAEA Div. of Atomic Energy in Food and Agriculture eng, Research Co-ordination Meeting of the Seed Protein Improvement Programme eng 28 Mar 1977 4 Baden (Austria), Gesellschaft fuer Strahlen- und Umweltforschung m.b.H., Munich (Germany, F.R.) oth
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Published: Vienna (Austria) International Atomic Energy Agency Feb
Subjects:FAO IAEA, IRRADIATION, INDUCED MUTATION, PLANT PROTEIN, SEEDS, PLANT BREEDING, RICE, NITROGEN, MUTANTS, LOWLAND, JAPAN, MUTATION PROVOQUEE, PROTEINE VEGETALE, GRAINE, AMELIORATION DES PLANTES, RIZ, IRRADIACION, MUTACION INDUCIDA, PROTEINAS VEGETALES, SEMILLA, FITOMEJORAMIENTO, ARROZ, AZOTE, MUTANT, REGION DE BASSE ALTITUDE, JAPON, NITROGENO, MUTANTES, TIERRAS BAJAS,
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