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Increasing antibiotic resistance across the world seems to reflect a failure of research and development (RD) to keep pace with societally important disaster risks. This article uses the example of steadily increasing antibiotic resistance to question whether current RD systems are able to timeously deal with certain societally important research problems. A review and discussion of new theoretical developments is offered, to suggest how novel technologies might be applied to improve the efficiency and effectiveness of health-related disaster risk research. This article seeks to make a conceptual contribution through a critical review and synthesis of novel theory. Theoretical propositions are derived from conceptual analysis. Four key challenges are related to the derived propositions, to derive guidelines for how the disaster risk management process can be supplemented to improve its near real-time research capability. The theoretical propositions derived here relate to certain overarching challenges facing disaster risk research. The theoretical arguments made in this article seek to offer a heuristic perspective that may be useful to those seeking to apply novel technologies in disaster risk research to address societally important research problems such as antibiotic resistance. This research identifies evidence of the failure of the contemporary research system to solve problems like antibiotic resistance. On the basis of a synthesis of novel literature and theory, conclusions suggest certain useful avenues for the improvement of the research process. Urgency is recommended because of mounting societal costs of slow research responses to societal problems.

Purpose and/or objectives: The primary objective of this study is to empirically test Kotler's (2003) high-performance model which ensures an increase in sales growth. More specifically, the study explores the influence of process variables (as measured by marketing strategies), resources management (as measured by the management of labour, materials, machines, information technology and energy) and organisational variables (as measured by TQM and organisational culture) on sales growth in the food, motorcar and high-technology manufacturing industries. Problem investigated Various research studies suggest that the managers of firms are continuously challenged in their attempts to increase their sales (Morre, 2007; Pauwels, Silva Risso, Srinivasan & Hanssens, 2004: 142-143; Gray & Hayes, 2007: 1). Kotler (2003) suggests a model that leads to a high performing business. The question is posed as to whether this model can be used to increase sales growth in all businesses. This study seeks to develop a generic model to increase sales growth across industries by using an adapted version of Kotler's (2003) high-performance model. The study investigates the application of this adapted model on the food, motorcar and high-technology manufacturing industries. Design and/or methodology and/or approach: An empirical causal research design that includes 770 marketing and product development practitioners from multinational food, motorcar and high-technology manufacturing firms, was used in this study. A response rate of 76.1% was achieved as only 571 useable questionnaires were returned. The internal reliability and discriminant validity of the measuring instrument were assessed by the calculation of Cronbach alpha coefficients and the conducting an exploratory factor analysis respectively. Structural Equation Modelling SEM) was used to statistically test the relationships between the independent variables (marketing strategies, resource management, TQM and organisational culture) and the dependent variable (sales growth). Findings and/or implications: As the achievement of increased sales, profits and market share is important to all industries, companies spend large amounts of money on research and development to increase sales and market share. The study's empirical results lead to a proposed model that shows the factors influencing sales growth. These factors include distribution channel development, third-party agreements, e-business, e-savings and a market-oriented organisational culture.

A letter to the editor is presented which discusses the physiological effect of ultraviolet B radiation exposure during phototherapy among patients with seasonal affective disorder.

A letter to the editor is presented about self-inflicted eye injury.

We report on the one-phonon Raman scattering spectra from the following M2AC MAX-phase ternary carbides: Ti2AlC, V2AlC, Cr2AlC, Nb2AlC, Ta2AlC, Ti2InC, Hf2InC, V2GeC, Cr2GeC, V2AsC, and Nb2AsC. We also report the results of calculations of the G-point, Raman-active phonon energies for these phases based on density functional theoretical simulations, including the effect of the k-point sampling on the convergence of phonon energies. Good agreement between all measured and calculated G-point Raman-active optical phonon energies is obtained. [ABSTRACT FROM AUTHOR]