Nanoparticles: synthesis and applicationsSeed Germination and PhysiologyPolymer-Based Agricultural Enhancements

G. Tamindžić, Sergei Azizbekian, S.A. Vlajić, Vukašin Popović, D.N. Milošević, Z. Nikolić, M. Ignjatov

2026.2.2SEED SCIENCE AND TECHNOLOGY

DOI: 10.15258/sst.2026.54.1.06

Abstract

Previous studies have shown that various seed nanopriming treatments significantly enhance seed quality, promote plant growth and stress tolerance, and thereby contribute to sustainable agriculture. However, there is insufficient information about the impact of nanomaterial on cucumber seed quality and their optimal concentration for seed priming. Here, we demonstrated that the tested nanomaterial (Nanoplant Start®) had an advantageous impact on cucumber germination and initial growth, indicating its potential as a nanopriming agent. The optimal concentration was 2.0 mL L -1 with the most significant impact on seed germination and early growth of cucumber cultivars.

Citation format

TAMINDŽIĆ, G., et al. Determining the optimal concentration of metal-based nanomaterial for cucumber seed priming. SEED SCIENCE AND TECHNOLOGY, 2026, 54(1): 57–64.