[PDF] Top 20 Respiratory Rates of Inga Vera Willd. Subsp. Affinis (DC.) T. D. Penn. Seeds

... L. seeds, so that the reduction in temperature and water content of the seeds are the main resources for reducing metabolic ...the respiratory rates of I. vera embryos and ... See full document

... de Inga uruguensis, a identificação do estádio de maturidade fisilógica das sementes e, conseqüentemente, o momento ideal para a colheita são condições ideais para a conservação da sua viabilidade durante o ... See full document

... metabolism of recalcitrant seeds of Inga vera ...Willd. subsp. affinis (DC.) T.D. Pennington is one of the main factors that hinder the conservation ... See full document

... (Respiration of recalcitrant Inga vera ...metabolism of desiccation sensitive (recalcitrant) seeds of Inga vera ...Willd. subsp. affinis ... See full document

... As sementes apresentaram redução lenta no teor de água durante o processo de maturação, sem diferenças entre os tratamentos. A falta de diferenças pode ser explicada pelo alto teor de água observado em todos os estádios, ... See full document

... conservation of embryos of recalcitrant seeds of “ingá” (Inga vera ...(DC.) T. D. Pennington). The water content of anhydrobiotic (orthodox) ... See full document

... (DC.) T. D. Penn., commonly known as inga, is a species whose seeds are among those most sensitive to desiccation and with the lowest capacity of storage, making them an ... See full document

... with seeds tolerant to desiccation, demonstrating the fungal damage caused to ...intolerant seeds mainly due to their short ...life of recalcitrant seeds is increased and these results ... See full document

... indications of embryo formation on the callus surfaces of nodal segments and ...quantity of mitochondria (Figure 2g), mostly elongated, were ...that of the nodal segment cells, that is, ... See full document

... The Inga vera Will ...the seeds are recalcitrant and does not support water loss. The objective of this work was to study Inga vera ... See full document

... efficiency of CO 2 measurement for classifying West Indian gherkin (Cucumis anguria ...the respiratory activity. The results of the germination and vigor tests allowed the West Indian gherkin seed ... See full document

... de Inga ingoides (Rich) ...de Inga fagifolia (ingá-mirim), constatou que essa espécie apresentou fruto do tipo legume indeiscente, embora possa apresentar eventualmente deiscência passiva, afirmando, com ... See full document

... determination of electrical conductivity of the solution of imbibition of the seed, as a test of vigor, is recommended for pea seeds and suggested for soybean (AOSA, 2002), a ... See full document

... inefficiency of organic coagulants as an alternative in the coagulation process and subsequent comparison of treated water with potability standards, seeds of Macrolobium acaccifolium and ... See full document

... results of shear strength, indicating the benefits in economic terms with the reduction in the consumption of ...species of Swartzia recurve with EPI adhesive, at the two weights have reached the ... See full document

... temporal da música implicaria, assim, modelos de análise menos descritivos, que se preocupassem em não perder de vista a posição do sujeito e suas idiossincrasias durante o[r] ... See full document

... plant Inga laurina is found in Brazilian cerrado and there are few studies in the literature about this species, so the objective of this work was to identify the chemical constituents of bark and ... See full document

... Iridacea) seeds exhibit orthodox storage behavior, remaining viable for one year under ambient laboratory conditions, although at a lower germination percentage, with optimal storage conditions of 14 °C and ... See full document

... mass of approximately 18-26 kDa, with one or two polypeptide chains cross-linked by two or three disulfide ...members of the Bowman- Birk PI family are smaller (6 to 15 kDa) and often present a conserved ... See full document

... SOTHERS, C. A.; COSTA, M. A. S.; BRITO, J. M.; SOUZA, M. A. D.; MARTINS, L. H. P.; LOHMANN, L. G.; ASSUNÇÃO, P. A. C. L.; PEREIRA, E. C.; SILVA, C. F.; MESQUITA, M. R.; PROCÓPIO, L. C. Flora da Reserva Ducke: guia ... See full document