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In this article we report on the design, prototyping and results of a research effort aimed at identifying if and how trust affects the creativity of a partnership between two economic agents. The methodology combines an experiment and two questionnaires. The purpose of the research is to increase our understanding of trust and its impact on the outcome of cooperation, and to derive some guidance for economic actors, namely R&D managers and executives who want to build trustful innovation oriented relationships with their business partners. Specifically, we investigate the effect of trust on partners' creativity and willingness to invest financially in a joint development. Our results show that more trustful partners invest higher amounts in the alliance, while there seems to be an optimum amount of mutual trust between partners to maximize their joint creativity; if the level of mutual trust is below or above this threshold; their joint creativity seems to decrease.

 

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Using a large longitudinal, nationally representative workplace-level dataset, we explore the productivity gains associated with computer use and organizational redesign. The empirical strategy involves the estimation of a production function, augmented to account for technology use and organizational design, correcting for unobserved heterogeneity. We find large returns associated with computer use. We also find that computer use and organizational redesign may be complements or substitutes in production, and that the productivity gains associated with organizational redesign are industry-specific.

Aside from major and minor histocompatibility antigens, genetic polymorphisms of various donor and host genes have been found to be risk factors for graft-versus-host disease and transplantation-related mortality (TRM). The heme oxygenase I (HO-I) protein has been implicated in regulating inflammatory response and has been described as a ßÂ"ßÂ"protective gene'' in solid organ transplantation. In humans, the promoter region displays length polymorphism due to a variable number of GT repeats. Individuals exhibiting 29 or fewer GT repeats express higher levels of HO-I on cellular stress compared with individuals with 30 or more GT repeats. We retrospectively analyzed length polymorphisms of 92 donor-host pairs undergoing allogeneic stem cell transplantation. Our findings demonstrate that mainly donor polymorphism leading to high expression of HO-1 (\30 GT repeats) on stress signals is associated with reduced overall survival, and that TRM is significantly increased in this group. This reduction in survival was most prominent when unrelated donors were used. Polymorphisms of the recipient HO-1 genes did not influence posttransplantation outcomes. We conclude that HO-1 polymorphism represents a new genetic risk factor for TRM and overall survival.

With permission of Elsevier

The cases are used to introduce the concept of collective responsibility and leadership in team situations by applying the concept of Crew Resource Management for teams in a management setting. By drawing from the metaphor of aircrews to corporate scenarios challenges in leadership teams could be discussed in a wider context. Both cases describe the interaction of airline crews who are confronted with a non-routine problem that they have to solve. In the case of United Airlines 173 the crew ceases to function as team and the fully functional plane eventually crashes. As a result of this accident the concept of Crew Resource Management has been developed to optimize teamwork within the hierarchical structure of a cockpit crew. The case of United Airlines 232 complements the first case as it describes an airline crew that was confronted with a severe engine failure making their plane almost uncontrollable (similar prior accidents always resulted in the loss of the aircraft in non-survivable crashes). Using core elements of Crew Resource Management the crew was nevertheless able to achieve a survivable landing of the plane. Both cases cover essentially the last 30 minutes of both flights and focus on the communication of the flight crews.

The cases are used to introduce the concept of collective responsibility and leadership in team situations by applying the concept of Crew Resource Management for teams in a management setting. By drawing from the metaphor of aircrews to corporate scenarios challenges in leadership teams could be discussed in a wider context. Both cases describe the interaction of airline crews who are confronted with a non-routine problem that they have to solve. In the case of United Airlines 173 the crew ceases to function as team and the fully functional plane eventually crashes. As a result of this accident the concept of Crew Resource Management has been developed to optimize teamwork within the hierarchical structure of a cockpit crew. The case of United Airlines 232 complements the first case as it describes an airline crew that was confronted with a severe engine failure making their plane almost uncontrollable (similar prior accidents always resulted in the loss of the aircraft in non-survivable crashes). Using core elements of Crew Resource Management the crew was nevertheless able to achieve a survivable landing of the plane. Both cases cover essentially the last 30 minutes of both flights and focus on the communication of the flight crews.