2 resultados para YES assay

em Worcester Research and Publications - Worcester Research and Publications - UK


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This paper will critically consider the implications for Scottish athletes who have publicly stated their personal opinion on the Scottish independence referendum. Developments such as the inclusion of sport within the Scottish Government’s White Paper on Scottish independence, the establishment of the ‘Working Group on Scottish Sport’ and the establishment of the ‘Sport for Yes’ campaign group demonstrate the harnessing of sporting issues as an additional, if somewhat peripheral, debate point in the referendum campaigns (Lafferty, 2014; Scottish Government, 2013; Working Group on Scottish Sport, 2013, 2014). The latter of these developments, the establishment of the ‘Sport for Yes’ campaign group, is of particular interest, offering evidence of the explicit political mobilisation of past and present athletes in support of the ‘Yes Scotland’ pro-independence campaign. Whilst the pro-union ‘Better Together’ campaign does not possess a comparable group to the ‘Sport for Yes’ example, examples of athletes discussing the potential negative impact of Scottish independence on the funding and organisation of Scottish sport have been capitalised upon by pro-union campaigners, as exemplified in the comments of Sir Chris Hoy (BBC, 2013; Daily Record, 2013a). Given the negative reaction to Hoy’s comments from certain pro-independence campaigners (Daily Record, 2013b; Swanson, 2013), other Scottish athletes have understandably attempted to avoid controversy by refusing to align with either side of the referendum debate. This paper will therefore consider the potential pitfalls for athletes who publicly announce their political positions, whilst also scrutinising the extent to which such pronouncements are of political significance, drawing upon past academic analyses of the interrelationship between sport and politics (e.g. Coghlan, 1990; Houlihan, 1994; Jeffreys, 2012; Macfarlane, 1986; Whannel, 2008).

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On-site detection of inoculum of polycyclic plant pathogens could potentially contribute to management of disease outbreaks. A 6-min, in-field competitive immunochromatographic lateral flow device (CLFD) assay was developed for detection of Alternaria brassicae (the cause of dark leaf spot in brassica crops) in air sampled above the crop canopy. Visual recording of the test result by eye provides a detection threshold of approximately 50 dark leaf spot conidia. Assessment using a portable reader improved test sensitivity. In combination with a weather-driven infection model, CLFD assays were evaluated as part of an in-field risk assessment to identify periods when brassica crops were at risk from A. brassicae infection. The weather-driven model overpredicted A. brassicae infection. An automated 7-day multivial cyclone air sampler combined with a daily in-field CLFD assay detected A. brassicae conidia air samples from above the crops. Integration of information from an in-field detection system (CLFD) with weather-driven mathematical models predicting pathogen infection have the potential for use within disease management systems.