Do schiff bases-based urease inhibitors improve plant growth and affect the activity of soil arginase? - Chaves-Silva, Samuel; Horta, Lívia P.; Souza, Leandro T.; da Silva, Cleiton M.; Dohanik, Caroline S.; Goulart, Gisele A.C.; Marriel, Ivanildo E.; de Fátima, Ângelo; Modolo, Luzia V. (Industrial crops and products, 2020)
Keywords: arginase; Cenchrus americanus; fertilizers; Imines; Lactuca sativa; lettuce; metabolism; millets; nitrogen; Nitrogen fertilizer; Phytotoxicity; plant development; plant growth; schiff bases; Seedling development; soil; Soil microbiota; soil microorganisms; tropical agriculture; urea; urease; Urease inhibitors; C; Mp; DMSO; GLM; IR; EDTA; HU; N; NMR; DW; Phytotoxicity; Imines; U; DAT; Seedling development; IC50; Soil microbiota; Urease inhibitors; DMSO-d6; GSI; NBPT; Nitrogen fertilizer