A internação forçada do toxicodependente : uma perspectiva brasileira, sob um contraste lusitano, acerca da proporcionalidade da medida em face da dignidade da pessoa humana

A presente dissertação busca abordar a questão da restrição ao direito fundamental de liberdade da pessoa toxicodependente no Brasil, consistente, precisamente, na internação forçada para o tratamento de sua saúde e/ou para a segurança pública, sob o olhar do princípio constitucional da dignidade da pessoa humana em suas dimensões positiva, que exige uma obrigação de fazer por parte do Estado, e negativa, que cobra deste uma postura omissiva de proteção, em torno de um mesmo indivíduo; sem se olvidar do interesse público na execução da medida. Para tanto, ao longo do trabalho, a legislação brasileira atinente ao tema é posta em comparação com a sua correspondente portuguesa e, à luz, basicamente, das doutrinas desses países, são examinados direitos afetos à liberdade individual e ao direito social à saúde, sob a costura do apontado princípio estruturante das respectivas Constituições, de modo a permitir a visualização do amparo da medida restritiva no texto maior brasileiro e, ao final, uma análise crítica à ponderação de bens (direitos) realizada pelo legislador ordinário, com possíveis soluções para a sua aplicação em concreto, quando da análise da proporcionalidade da intervenção da liberdade pelo Poder Judiciário.

Tecnología del salado y secado artificial de la merluza (merluccius gayi peruanus)

Describe el desarrollo del proceso de salado y secado artificial de la merluza, como un método alternativo a la producción de filetes y bloques congelados, comprendiendo las experiencias comparativas de métodos de salado e igualmente las condiciones termodinámicas del aíre para el secado artificial, estudios de estabilidad de almacenamiento del producto experimental, calidad, rendimiento y aceptación por el consumidor. Además, se presenta sugerencias para las normas de procesamiento y calidad del producto.

Artificial muscle: the human chimera is the future.

Severe heart failure and cerebral stroke are broadly associated with the impairment of muscular function that conventional treatments struggle to restore. New technologies enable the construction of "smart" materials that could be of great help in treating diseases where the main problem is muscle weakness. These materials "behave" similarly to biological systems, because the material directly converts energy, for example electrical energy into movement. The extension and contraction occur silently like in natural muscles. The real challenge is to transfer this amazing technology into devices that restore or replace the mechanical function of failing muscle. Cardiac assist devices based on artificial muscle technology could envelope a weak heart and temporarily improve its systolic function, or, if placed on top of the atrium, restore the atrial kick in chronic atrial fibrillation. Artificial sphincters could be used to treat urinary incontinence after prostatectomy or faecal incontinence associated with stomas. Artificial muscles can restore the ability of patients with facial paralysis due to stroke or nerve injury to blink. Smart materials could be used to construct an artificial oesophagus including peristaltic movement and lower oesophageal sphincter function to replace the diseased oesophagus thereby avoiding the need for laparotomy to mobilise stomach or intestine. In conclusion, in the near future, smart devices will integrate with the human body to fill functional gaps due to organ failure, and so create a human chimera.

Seguimiento y evaluación al Plan de Desarrollo Distrital Bogotá Humana 2012-2016

Gestión del Conocimiento

The performance and strategies of adolescents in learning to read artificial words /

The present study explored processing strategies used by individuals when they begin to read c;l script. Stimuli were artificial words created from symbols and based on an alphabetic system. The words were.presented to Grade Nine and Ten students, with variations included in the difficulty of orthography and word familiarity, and then scores were recorded on the mean number of trials for defined learning variables. Qualitative findings revealed that subjects 1 earned parts of the visual a'nd auditory features of words prior to hooking up the visual stimulus to the word's name. Performance measures-which appear to affect the rate of learning were as follows: auditory short-term memory, auditory delayed short-term memory, visual delayed short- term memory, and word attack or decod~ng skills. Qualitative data emerging in verbal reports by the subjects revealed that strategies they pefceived to use were, graphic, phonetic decoding and word .reading.

Enabling and Measuring Complexity in Evolving Designs using Generative Representations for Artificial Architecture

As the complexity of evolutionary design problems grow, so too must the quality of solutions scale to that complexity. In this research, we develop a genetic programming system with individuals encoded as tree-based generative representations to address scalability. This system is capable of multi-objective evaluation using a ranked sum scoring strategy. We examine Hornby's features and measures of modularity, reuse and hierarchy in evolutionary design problems. Experiments are carried out, using the system to generate three-dimensional forms, and analyses of feature characteristics such as modularity, reuse and hierarchy were performed. This work expands on that of Hornby's, by examining a new and more difficult problem domain. The results from these experiments show that individuals encoded with those three features performed best overall. It is also seen, that the measures of complexity conform to the results of Hornby. Moving forward with only this best performing encoding, the system was applied to the generation of three-dimensional external building architecture. One objective considered was passive solar performance, in which the system was challenged with generating forms that optimize exposure to the Sun. The results from these and other experiments satisfied the requirements. The system was shown to scale well to the architectural problems studied.

Hormona del crecimiento humana recombinante (HGHr) : biosíntesis,purificación y producción de anticuerpos monoclonales.

Tesis (Maestría en Ciencias con Especialidad en Biología Molecular e Ingeniería Genética) UANL

Evaluación de metodologías para la inducción artificial de huitlacoche.

Tesis (Maestría en Ciencias en Producción Agrícola) UANL

Uso de la oxitocina para la inseminación artificial intrauterina através del cérvix en cabras.

Tesis (Maestría en Producción Animal) UANL

Evaluación de algunos parámetros nutricionales de la semilla de ébano Pithecellobium flexicaule (Benth.)-relacionados con potenciales usos en la alimentación humana

Tesis (Maestría en Ciencias con Especialidad en Alimentos) UANL

La portentosa vida de la muerte emperatriz de los sepulcros, vengadora de los agravios del altisimo, y muy señora de la humana naturaleza de Fray Joaquín Bolaños (México, 1792) : edición crítica, introducción y notas

Tesis (Maestría en Letras Españolas) UANL

Construcción de cepas de pichia pastoris productoras de hormonas del crecimiento humana recombinante y evaluación de esquemas de purificación

Tesis (Maestría en Ciencias con Especialidad en Biología Molecular e Ingeniería Genética) UANL

Adaptación a una dieta artificial para un grupo de Greckos Leopardo Eublepharis macularius en cautiverio

Tesis (Maestría en Cienias con Especialidad en Manejo de Vida Silvestre) UANL

Inhibición por plomo de la síntesis in vitro de RNA de placenta humana desarrollo de un modelo experimental

Tesis (Maestro en Ciencias) U.A.N.L.

Utilización de la reacción inmunológica cruzada entre hormona luteinizante (LH) y gonadotropina corionica humana (HCG) mediante un método de concentración para su determinación en diferentes condiciones clínicas

Tesis (Maestría en Ciencias con especialidad en Biología celular) U.A.N.L.