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Labeled Indole-Macromolecular Conjugates from Growing Stems Supplied with Labeled Indoleacetic Acid

机译:来自标记有吲哚乙酸的生长茎的标记吲哚-大分子缀合物

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摘要

Pea (Pisum sativum var. Alaska) and bean (Phaseolus vulgaris var. Red Kidney) stem sections treated with indoleacetic acid-1-14C, indoleacetic acid-2-14C, and indoleacetic acid-5-3H were homogenized, extracted with phenol, and the water-soluble, ethanol-insoluble material subjected to further fractionation. Following an 18-hour incubation period in indoleacetic acid-1-14C, most of the label was found as nonindole-14C in high molecular weight polysaccharide, as phenol extraction is specific for both RNA and polysaccharides. With indoleacetic acid-2-14C and -5-3H, and to a lesser extent with indoleacetic acid-1-14C, radioactive indoles were obtained by hydrolysis from a heterogeneous fraction between about 500 and 30,000 molecular weight, possibly polysaccharide in nature. Indoleacetic acid accounted for 8% and indole aldehyde accounted for 21% of the total radioactivity in the extract.
机译:分别用吲哚乙酸-1- 14 C,吲哚乙酸-2--2-sup> 14 处理的豌豆(Pisum sativum var。Alaska)和豆类(菜豆var。Red Kidney)茎节。将C和吲哚乙酸-5- 3 H均质化,用苯酚萃取,然后将水溶性,乙醇不溶性物质进一步分馏。在吲哚乙酸-1- 14 C中孵育18小时后,在高分子量多糖中(酚提取)发现大部分标记物为非吲哚- 14 C。对RNA和多糖都具有特异性。用吲哚乙酸-2- 14 C和-5- 3 H,在较小程度上用吲哚乙酸-1- 14 C,放射性吲哚是通过水解从分子量在约500至30,000之间的异质馏分获得的,天然中可能是多糖。提取物中吲哚乙酸占总放射性的8%,吲哚醛占总放射性的21%。

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