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Pitfalls in Using Sodium Hypochlorite as a Seed Disinfectant in 14C Incorporation Studies

机译:在14C掺入研究中使用次氯酸钠作为种子消毒剂的陷阱

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摘要

Seeds sterilized with sodium hypochlorite (NaOCl) retained sufficient amounts to interfere with studies of amino acid metabolism of the sterilized seeds during germination. Repeated washing in water did not remove NaOCl completely. However, soaking the seeds for 10 min in 0.01 n HCl removed NaOCl completely, without reducing germinability.Residual NaOCl reacted with the amino acids and reduced their concentrations in the incubation media. This reaction resulted in high production of CO2 and low uptake of amino acids by the seeds. Decarboxylation of the amino acids occurred in the incubation medium outside the seed, was independent of the presence of seeds in the reaction, and therefore was not related to amino acid metabolism by the seeds. Effects of NaOCl on uptake, incorporation, and CO2 production from indoleacetic acid were similar to those of the amino acids studied.
机译:用次氯酸钠(NaOCl)灭菌的种子保留了足够的量,以干扰发芽过程中灭菌种子的氨基酸代谢研究。重复用水洗涤不能完全去除NaOCl。但是,将种子在0.01 n HCl中浸泡10分钟会完全去除NaOCl,而不会降低发芽能力,残留的NaOCl与氨基酸反应并降低了在培养液中的浓度。该反应导致种子的二氧化碳产量高和氨基酸摄入量低。氨基酸的脱羧发生在种子外部的培养液中,与反应中种子的存在无关,因此与种子的氨基酸代谢无关。 NaOCl对吲哚乙酸摄取,掺入和产生CO2的影响与研究的氨基酸相似。

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