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Evaluation of the Eco-compatibility of Polyamidoamines by Means of Seed Germination Test by Jenny Alongi; Alberto Costantini; Paolo Ferruti; Elisabetta Ranucci is a Materials Science article available to read on EtoBox.

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The eco-compatibility of the glycine-derived polyamidoamine M-GLY, chosen as the benchmark for water-soluble polyamidoamines, was investigated by means of the seed germination test using watercress seeds. The percent germinated seeds and their root elongation were measured, and the corresponding germination index (GI) calculated for each set of data obtained by incubating the seeds with M-GLY aqueous solutions with concentration in the range 0.156 – 5.0 mg mL−1. The results obtained with M-GLY were compared with those obtained with 0.1% potassium dichromate and distilled water, as positive and negative blanks, and aqueous solutions of dextran, chosen as reference biocompatible polymer, having the same concentrations of M-GLY. M-GLY solutions with concentrations 5.0 and 2.5 mg mL−1 aged 98 days in water and, finally, α,ω-glycine- and α,ω-acrylamide-end-terminated M-GLY oligomers with different chain length were also tested. None of the M-GLY and aged M-GLY solutions inhibited germination and root elongation of watercress seeds as revealed by the GI values invariably higher than 1. In some cases, GI >> 1, suggesting a fertilizing effect. As for the differently end-functionalized M-GL

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Author

Jenny Alongi; Alberto Costantini; Paolo Ferruti; Elisabetta Ranucci

Publisher

Elsevier BV

Published

2022

Language

EN

Field

Materials Science (Physical Sciences)