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This work is a bibliographic compilation that relates two variables: Quality of Life and Coping Strategies. The first of these variables is understood as the individual's perceptions of their position in life, in a given time and space, in the context of the culture and the value system in which they live. In relation to your goals, expectations, standards, and concerns. While, the second variable as the constantly changing cognitive and behavioural efforts that are carried out to manage, and overcome the specific external and / or internal situations that are evaluated as surplus or overflowing of the individual's resources. That said, the present study through a bibliographic review has been able to account for a highly positive relationship in the variables, since, by having greater coping tools, the individual manages to perceive greater satisfaction with his life. In turn, this relationship between variables is coupled with numerous studies and interdisciplinary integration programs that aim to generate an integrative view of the experience of patients and their families. Este trabajo es una recopilación bibliográfica que relaciona dos variables: Calidad de Vida y Estrategias de Afrontamiento. La primera de estas variables es entendida como las percepciones del individuo de su posición en la vida, en un tiempo y espacio determinado, en el contexto de la cultura y el sistema de valores en los que vive. En relación con sus objetivos, expectativas, estándares y preocupaciones. Mientras que, la segunda variable como los esfuerzos cognitivos y conductuales en constante cambio que se llevan a cabo para manejar, y sobreponerse a las situaciones específicas externas y/o internas que son evaluadas como excedentes o desbordantes de los recursos del individuo. Dicho esto, el presente estudio a través de una revisión bibliográfica ha podido dar cuenta de una relación altamente positiva en las variables, ya que, al poseer mayores herramientas de afrontamiento, el individuo logra percibir una mayor satisfacción con su vida. A su vez esta relación entre variables va emparejada a numerosos estudios y programas de integración interdisciplinar que tienen como objetivo generar una mirada integradora del vivenciar de los pacientes y sus familias.

After urinary stenting, patients often suffer from mid- and long-term complications, such as infections, bacterial colonization, encrustations, or stent obstruction which are related to the design, materials and surface properties of the stent. Drug eluting stents (DES) is an advance technology that can reduce the morbidity associated with stenting, by locally releasing loaded drugs in a time-controlled manner. In this chapter is firstly reported an overview of the materials and manufacturing methods for conventional urinary stents, then are discussed the engineered strategies for the design and fabrication of drug eluting stents. Drug eluting ureteral stents, and in general urinary stents, were introduced to performed a drug delivery aiming to obtain a local treatment as well as to overcomes the main issues related to urinary stenting implantation. Drugs and/or active agents can be directly loaded in the stent structure or can be introduced through a surface coating. Drug-eluting technologies can then be combined with biodegradable stents in order to eliminate the need for stent removal procedure. However some disadvantages remain still unsolved. In the last decades innovative manufacturing approaches and methods, such as nanotechnologies and additive manufacturing techniques, provide to scientists new tools for the design and fabrication on smart and custom-made urinary stents, able to go towards perfectly to patient needs.

One of the most remarkable benefits of the microreactors is the achievement of more efficient processes by enhancing the heat and mass transfer phenomena, which is the key factor for processes intensification in chemical reactions, resulting in higher conversion, selectivity and yield towards desired products. Currently, the entire scenario of microreaction approach is an emergent technology and further advances are ongoing. Several strategies have been successfully applied for structuring processes that imply the fixation of the catalysts on the microreactors. However, there are features such as the physicochemical stability of the coatings under reaction conditions that must be improved, motivating the search for new protocols. This review provides a general overview of the most important methodologies applied for glass, quartz, polymers and metals microreactors manufacture and for their coating, analyzing the advantages and drawbacks of every procedure. Furthermore, an outline of the novel insights based on additive manufacturing techniques are described. Ministerio de Ciencia, Innovación y Universidades RTI2018- 096294-B-C33, ENE2017-82451-C3-3-R

Different strategies for the generation of Ni (15 wt.%)/Al2O3 catalytic coatings onto cordierite monoliths applied to the oxidative dehydrogenation of ethane (ODHE) were investigated. Strategy 1 involved the deposition of an alumina layer (nanoparticles or micro + nanoparticles) and the later incorporation of the active phase. Strategy 2 employed a suspension containing a powder catalyst that was used to deposit the catalytic film. Morphological (SEM) and physicochemical (LRS and XPS) characterizations were used to explain the catalytic performance of the structured systems. The NiO particles distribution on the catalytic coatings obtained was analyzed via SEM-EDX performed in different monolith regions. The ultrasonic test was used to evaluate the anchoring of these catalytic films to the substrates. It was concluded that the selection of both the strategy and the particle size of the support is extremely important in order to obtain a homogeneously dispersed, accessible and highly adhered to the substrate catalyst. Fil: Brussino, Paula. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Santa Fe. Instituto de Investigaciones en Catálisis y Petroquímica ; Argentina Fil: Bortolozzi, Juan Pablo. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Santa Fe. Instituto de Investigaciones en Catálisis y Petroquímica ; Argentina Fil: Milt, Viviana Guadalupe. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Santa Fe. Instituto de Investigaciones en Catálisis y Petroquímica ; Argentina Fil: Banus, Ezequiel David. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Santa Fe. Instituto de Investigaciones en Catálisis y Petroquímica ; Argentina Fil: Ulla, Maria Alicia del H.. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Santa Fe. Instituto de Investigaciones en Catálisis y Petroquímica ; Argentina