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Selecting wheat varieties with allelopathic potential or high competitiveness against weeds is a sustainable solution for organic farming to eliminate the use of synthetic herbicides. Wheat is one of the most economically important crops. This study focuses on screening the allelopathic or competitive potential of four wheat cultivars, Maurizio, NS 40S, Adesso and Element, on two weeds of interest due to acquired herbicide resistance, Portulaca oleracea and Lolium rigidum, through germination and growth bioassays and the identification and quantification of benzoxazinoids (BXZs) and polyphenols (phenolic acids and flavonoids).

Microservices have appeared as a new architectural style that is native to the cloud. The high availability and agility of the cloud demands organizations to migrate or design microservices, promoting the building of applications as a suite of small and cohesive services that are independently developed, deployed and scaled. Current cloud development approaches do not support the incremental integration needed for microservice platforms, and the agility of getting new functionalities out to customers is consequently affected by the lack of support for the integration design and automation of the development and deployment tasks. This paper presents an approach for the incremental integration of microservices that will allow architects to specify and design microservice integration, and provide mechanisms to automatically obtain the implementation code for business logic and interoperation among microservices, along with deployment and architectural reconfiguration scripts specific to the cloud environment in which the microservice will be deployed.

Microservices have recently appeared as a new architectural style that is native to the cloud. The high availability and agility of the cloud demands organizations to migrate or design microservices, promoting the building of applications as a suite of small and cohesive services (microservices) that are independently developed, deployed and scaled. Current cloud development approaches do not support the incremental integration needed for microservice platforms, and the agilityofgetting new functionalities out to customers is consequently affected by the lack of support for the integration design and automation of the development and deployment tasks. This paper presents an approach for the incremental integration of microservices that will allow developers to specify and design microservice integration, and provide mechanisms with which to automatically obtain the implementation code for business logic and interoperation among microservices along with deployment and architectural reconfiguration scripts specific to the cloud environment in which the microservice will be deployed. Katowice

La gestión de grandes colecciones de datos (Big Data) es un proceso crítico en entornos de explotación en tiempo real ya que las arquitecturas batch, que garantizan un comportamiento escalable, ofrecen unos tiempos de respuesta insuficientes para los requisitos de rendimiento que se presentan en dichos entornos. En este artículo se estudia esta problemática, de acuerdo a las necesidades planteadas por aquellos sistemas de información en los que se forman y exponen grandes colecciones de RDF (Big Semantic Data) en tiempo real. Nuestra propuesta es una nueva arquitectura (SOLID) que aísla la complejidad de almacenar grandes colecciones de datos y las necesidades específicas de insertar y consultar Big Semantic Data en tiempo real. La base tecnológica de SOLID comprende el uso de RDF/HDT para el almacenamiento auto-indexado de los datos y tecnología NoSQL para su gestión en tiempo real. Nuestros resultados experimentales muestran la eficiencia de cada una de las capas de datos y su integración mediante dos capas software adicionales que garantizan la escalabilidad de SOLID . Ministerio de Economía y Competitividad: TIN2012-31104 y TIN2009-14009-C02-0 Lenguajes y Sistemas Informáticos II

Tesis (Químico Farmacéutico) Los medicamentos son una de las herramientas terapéuticas más utilizadas en la práctica de la medicina, cuyo uso de manera apropiada permite la obtención de importantes beneficios sanitarios representados por la prevención, diagnóstico, curación, atenuación y tratamiento de las enfermedades y sus síntomas. No obstante, su utilización puede llevar a problemas importantes de morbilidad y de mortalidad. Las reacciones adversas son el resultado de una interacción entre el organismo el medicamento y una serie de factores extrínsecos adicionales. Influyen, por tanto, los factores propios, los ambientales, los ligados al propio enfermo (procesos farmacocinéticos, edad, estado patológico) y las asociaciones entre medicamentos. Estas últimas pueden dar lugar a i'11teracciones farmacológicas. Las cuales son necesarias conocer, para predecir las probables interacciones y así advertir a la población y a los profesionales del área de la salud, sobre los potenciales riesgos. Dado que no existen estudios en farmacia comunitaria sobre las interacciones farmacológicas potenciales. Se realizó un estudio observacional, transversal y descriptivo, mediante una encuesta aplicada a 731 clientes-pacientes que frecuentaban los locales de Farmacias Ahumada, de la Provincia de Santiago, con el objetivo de estudiar las posibles interacciones que pudiesen presentarse en la administración conjunta de fármacos de prescripción y de libre venta. De las encuestas realizadas se obtuvo que: el 76,34% de los clientes-pacientes se administra 3 o 4 medicamentos concomitantemente; el consumo promedio fue de 3,92 medicamentos; del total de fármacos el 59,97% corresponde a analgésicos, cardiovasculares y antiinfecciosos; las interacciones de severidad mayor corresponden a fármacos analgésicos + sistema nervioso central; las interacciones más frecuentes corresponden a fármacos analgésicos + cardiovasculares...

The energetic value as end product is among several benefits from effective waste management programs at intensive feedlots. It is increasing around the world since organic waste is a source of environmental pollution. The biogas can be obtained from simple to complex scale anaerobic digesters. Currently, there is in Mexico official instruments supporting clean technologies to promote the sustainable developing at regional levels. Based on Kyoto Protocol principles, Mexico has been promoting the emissions bonus to reduce the greenhouse gases such as methane from intensive feedlots. It is understood, that feedlots are a rich source of potential green energy. There are 58 000 milking cows in active production at Delicias, Chihuahua region, it is a potential source of green energy unexplored so far. The economic feasibility study was made based on equipment cost and technology required to install an anaerobic lagoon digester. In addition, the potential incomes from green bonus and the commercial value of electricity production were calculated based on kw/h at feedlots of 200, 300, 400, 500, 1 000, 1 500 and 2 000 milking cows. The results shown that the digester cost ranged from $ 1, 510, 000 to $1,590, 000 to feedlots from 200 to 2000 milking cows, respectively. When profitability was estimated, at least 300 milking cows are needed to obtain reasonable incomes, but it is not to those feedlots with less than 200 milking cows. The biogas production estimated was 1.73 m3 per cow/day, with a potential production of 17,789 metric tons equivalents of CO /year and 1 767 143 kw-h/year to a feedlot of 2000 milking cows. A consideration is that the anaerobic digesters may well contribute to the improvement of the environmental quality at Delicias Chihuahua region taking advantage of the effluent of this process.