Bibliographic citations
Solsol, P., (2016). Evaluación química y fisicoquímica del endosperma de inayuga (Attalea maripa) y shebón (Attalea bassleriana). [Tesis, Universidad Nacional de la Amazonía Peruana]. http://repositorio.unapiquitos.edu.pe/handle/20.500.12737/4147
Solsol, P., Evaluación química y fisicoquímica del endosperma de inayuga (Attalea maripa) y shebón (Attalea bassleriana). [Tesis]. : Universidad Nacional de la Amazonía Peruana; 2016. http://repositorio.unapiquitos.edu.pe/handle/20.500.12737/4147
@misc{renati/966037,
title = "Evaluación química y fisicoquímica del endosperma de inayuga (Attalea maripa) y shebón (Attalea bassleriana).",
author = "Solsol Vilca, Paul Xavier",
publisher = "Universidad Nacional de la Amazonía Peruana",
year = "2016"
}
This research investigation’s objective was to evaluate Chemic and Physicochemical components of two palm genres; Attalea: a=inayuga (Attalea maripa) and b=shebón (Attalea bassleriana), which had been collected in the department of Loreto. The percent composition in weight of both species is (a=23.12% and b=80.28%) and fixed oil (a=42.81% and b=9.67%). As it is shown, A. maripa reports a higher percentage of fixed oil (42.81%), which makes it one of the species with the highest fixed oil content. The spectrophotometric analysis of atomic absorption in mg/100g obtained 345.33 of potassium in A. maripa and 132.24 of calcium in A. bassleriana. For the oil chemic characterization, the following values were determined: free acidity (a=33.21 and b=30.47) mg KOH/g, iodine index (a=10.58 and b=22.22) cg I2/g in A. maripa and A. bassleriana, respectively. The index value of iodine (a=10.58 and b=14.64) and saponification index (a=269.09 and b=255.92) are found within the established ranges in quality and composition factors-FAO (1999) meg. O2 / Kg showing the status of the oil’s initial oxidation. A low value in A. maripa shows that this oil contains higher oxidation resistance. To determine fat acids, it was necessary to do gas chromatography. During this study, we observed that both species’ oil are integrated mainly by saturated fat acids, and lauric acid was found in higher percentages (a=50.54% and b=44.19%).
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