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PubMed:24549375 JSONTXT

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Oryza_sentences

Id Subject Object Predicate Lexical cue
T1 0-63 Sentence denotes Photocontrol of anthocyanin synthesis in turnip seedlings : IV.
T2 64-97 Sentence denotes The effect of feeding precursors.
T3 98-223 Sentence denotes Separation of hypocotyls and cotyledons of turnip seedlings (Brassica rapa) reduced the yield of anthocyanin from the former.
T4 224-368 Sentence denotes Feeding with a combination of phenylalanine, acetate and glucose (PAG) considerably increased anthocyanin synthesis in these excised hypocotyls.
T5 369-612 Sentence denotes In blue light the yield equalled that of the controls with cotyledons attached but, in far-red, the maximum obtained was never more than 55% of the controls.A long pre-treatment with red light markedly reduced anthocyanin formation in far-red.
T6 613-920 Sentence denotes In young seedlings (presumed to be still capable of de novo phytochrome synthesis) this effect could largely be overcome by feeding with the same phenylalanine-acetate-glucose medium used with isolated hypocotyls but, in older seedlings, feeding did not prevent the effect of pre-irradiation with red light.
T7 921-1314 Sentence denotes It is concluded that red light not only destroys phytochrome but also leads to substrate disappearance.Without feeding pre-irradiation with red did not materially affect the yield from blue light; the addition of the phenylalanine-acetate-glucose mixture caused a significant increase compared with treatments without pre-red in both older and younger seedlings, particularly in the hypocotyl.
T8 1315-1442 Sentence denotes The blue sensitive system thus appears to be independent of phytochrome destruction.Feeding also increased yields in red light.
T9 1443-1617 Sentence denotes In water 72 hours red was no more effective than 24 hours: with PAG the longer irradiation period resulted in a considerably increased yield, especially in younger seedlings.
T10 1618-1701 Sentence denotes The low yields in red light thus appear to result partly from substrate deficiency.