The environmental impact (El) of anthropogenic activity in communities originating in the Amazon region is little known; in that sense, the objective of the research was to identify the El of anthropic activity in six native Awajun communities from the Amazon region of Peru, in 2019. The study is exploratory and descriptive. The El was determined using Leopold's two-way matrix (as modified by Beltran, 2005), which considers in its columns the five most important anthropic activities identified in communities: inadequate solid waste management, destruction ofthe slope and soil ofthe Marañón River, uncontrolled extraction ofGuadua angustifolia "bamboo", construction of ponds for family fish farming and intense cultivation ofTheobroma cacao "cacao" and Oriza sativa "rice"; and in its ranks, to the thirteen most notorious environmental impacts, observed in the communities. Five criteria we...

Perfil editorial. DékamuAgropec es la revista científica oficial de la Universidad Nacional Intercultural "Fabiola Salazar Leguía" de Bagua (UNIFSL-B). Dékamu Agropec es una expresión compuesta por el término awajún Dékamu que significa conocimiento, saber y el término español Agropec que significa agropecuaria. Es una publicación semestral que acepta investigaciones científicas, tecnológicas y de innovación en el campo de las Ciencias Agropecuarias, priorizando las áreas de Agroambiente, Agronegocios, Biotecnología e Ingeniería aplicada al desarrollo rural. Presentación del manuscrito. Manuscrito es el informe de investigación, impreso y virtual, que el investigador presenta a la Vicepresidencia de Investigación de la UNIFSL-B ( J r. Ancash 5 20, Bagua, Amazonas) o envía por email a la dirección viceinvestigacion@unibagua.edu.pe a fin de ser revisado bajo los princ...

Objetive. To identify pathotypes of virulence genes of Escherichia coli from diarrheal samples of children under five years of age in the Lambayeque Region, in the period April-September 2018. The study: Descriptive and cross-sectional study. 75 E. coli strains from diarrheogenic samples were analyzed using real-time Multiplex PCR and primers for E. coli pathotype genes: daaD, aggR, eaeA, stx, ipaH and st. Findings: 34.66% (26/75) of virulence genes were detected from the total isolates. The enterotoxigenic E. coli pathotype presented the highest frequency, 18.67% (14/75) of the total isolates. It was also detected that the enterotoxigenic E. coli pathotype appeared in 53.86% (14/26) of the total positive strains. Also, in 11.54% of positive strains (3/26) they presented more than one pathotype. Conclusion: Molecular epidemiology will help a better, adequate and timely diagnosis of child...