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by Stevina Evuleocha, Steve Ugbah California State University Abstract The quest for an ideal medium to deliver business content to Gen Y learners has led instructors to consider the Internet, since digital content that exists in databases can be manipulated by a range of programming services (Shim et al., 2006). Shim et al., have also asserted that web development has been hampered by bandwidth and difficulties of "back end integration," consequently, impacting the presentational aspects of data and user interfaces (Yang & Tang, 2005). Innovations in computer and software technologies appear to have ameliorated the technical difficulties, resulting in the emergence of new media such as podcasting, webcasting, videostreaming, blogging, and Synchronized Multimedia Integration Language (SMIL) technologies (Shim, 2002). These new media streams can be integrated into traditional lectures, thus enhancing the educational environment (McLaughlin, 2006), particularly for Gen Y learners. This paper discusses the efficacy of podcasting in business education, reviews the characteristics of Generation Y (Gen Y) learners, discusses learning styles and theories that support mobile learning, reviews learning styles of Gen Y learners, and discusses whether adaptations are necessary to address the updated needs of this new generation of learners in the business communication context.

Animacions de McGraw Hill en castellà (hispano): Spanish Animations Actividad citotóxica de las células T contra las células blanco Antigenos dependientes de las células T Bomba de intercambio sodio-potasio Bomba de intercambio sodio-potasio Canales controlados por la diferencia de potencial y el potencial de acción Caracteristicas únicas de la meiosis Combinación de conmutadores: el operón lac Cómo bloquean la división celular los genes supresores de tumores Cómo surgen los priones Comparación de meiosis y mitosis Conjugación bacteriana: Transferencia de un plásmido Contracción del sarcómero Control del ciclo celular Control del la expresión génica en eucariotas Duplicación del ADN bidireccional Efecto de las ondas de sonido en las estructuras cocleares Elaboración de vacunas El represor de triptófano Endocitosis y exocitosis Endonucleasas de restricción Espermatogénesis Estimulación de la replicación celular Experimento de Hershey y Chase Experimento de Meselson y Stahl Factores de transcripcion Fases de la meiosis Fotofosforilación ciclica y no ciclica Función de la sinapsis neuromuscular Hipersensibilidad mediada por IgE (tipo I) Hormonas y secreción gástrica Horquilla de replicación del ADN La replicación del ADN Lisosomas Mecanismo de acción de la hormona esteroide Mitosis y citocinesis Movimiento del oxigeno y del dióxido de carbono en el cuerpo Orientación aleatoria de los cromosomas durante la meiosis Pasos en la clonación de un gen Polimorfismos de longitud de fragmento por enzima de restricción (RFLP) Procesamiento del ARN por parte de los espliceosomas Procesamiento de la información de los genes: Procariotas frente a eucariotas Producción de anticuerpos monoclonales Propagación del potencial de acción en un axón sin mielina Reacción en cadena de la polimerasa Replicación del VIH Retroinhibición de las vias bioquimicas Segundos mensajeros:cAMP Sintesis de proteinas Sistema de transporte de electrones y sintes

"Whether you're frightened or excited by the prospect, the fact remains that young adults born between 1976 and 2001 will be running this country.UNC's Kenan-Flagler Business School and the YEC have teamed up to compile research and create this infographic, which details the who, how and why of managing millennials."

This report represents the Pew Research Center's most ambitious examination to date of America's newest  generation, the Millennials, many of whom have now crossed into adulthood.  We began looking at this age  group in 2006 in a comprehensive survey we conducted in association with the PBS documentary series,  "Generation Next." 

"Numericable dévoile son projet de croissance pour le « nouveau » SFR"

Elizabeth, I do a similar activity with my students, and this year we are using a flip video camera to create a movie of the phases. Students will move the chromosomes, narrate from a summary script that they have written for each phase, and then put the clips together to make the video. They love to watch and listen to their explanations, and the videos can be used as a review.