Parallel Trade in Prescription Medicines in the European Union: The Age of Reason?

In light of the economic reality, which is increasingly confirmed by relevant judicial authorities, we submit that hindering parallel trade in prescription medicines does not damage patients and national health budgets. It is therefore to be welcomed that both Community and national case law has confirmed that pharmaceutical companies are entitled to adopt measures responding to – but not prohibiting or eliminating – parallel trade, and such measures are not contrary to the EC competition rules. Parallel traders had previously been free-riding on case law which referred to sectors and cases that bore no relation to the special features of the European prescription medicines sector. To the extent there is an assumption that parallel trade in Europe safeguards intra-brand competition, the recent case law does not call this assumption into question: on the contrary, it confirms it, while noting that this assumption is inapplicable to the prescription medicines sector in Europe precisely because of that sector’s very specific features. It is therefore to be hoped that the long-running obsession of European competition law with parallel trade in prescription medicines may (at last) be coming to an end.prescription medicines, european union, competition law, market integration

Broadcasting regulation and the public-private dichotomy

This thesis is a theoretical and methodological engagement with the extent to which the public-private dichotomy is an appropriate and effective framework within which to critically approach the history of broadcasting regulation in the UK. The critical literature on the subject tends to present a narrative of decline, from an ethos of public service and citizenship, which is presumed to have enabled the public sphere, to a neoliberal faith in market logic and consumer choice, which is accused of undermining it. Much of this discussion is theoretically weakened, however, by a lack of engagement with the relevant literatures, and by the reduction to unitary oppositions between commonsensical terms of what are actually protean distinctions between contentious concepts. Taking this claim as its starting point, the thesis will attempt to clarify the ambiguity of the key concepts of debate on broadcasting regulation, recognising the need for the complexification of distinctions rather than their simplification or abandonment

Distribution, morphology, and genetic affinities of dwarf embedded Fucus populations from the Northwest Atlantic Ocean

Dwarf embedded Fucus populations in the Northwest Atlantic Ocean are restricted to the upper intertidal zone in sandy salt marsh environments; they lack holdfasts and are from attached parental populations of F. spiralis or F. spiralis x F. vesiculosus hybrids after breakage and entanglement with halophytic marsh grasses. Dwarf forms are dichotomously branched, flat, and have a mean overall length and width of 20.3 and 1.3 mm, respectively. Thus, they are longer than Irish (mean 9.3 mm) and Alaskan (mean 15.0 mm) populations identified as F cottonii. Reciprocal transplants of different Fucus taxa in a Maine salt marsh confirm that F spiralis can become transformed into dwarf embedded thalli within the high intertidal zone, while the latter can grow into F. s. ecad lutarius within the mid intertidal zone. Thus, vertical transplantation can modify fucoid morphology and result in varying ecads. Microsatellite markers indicate that attached F spiralis and F vesiculosus are genetically distinct, while dwarf forms may arise via hybridization between the two taxa. The ratio of intermediate to species-specific-genotypes decreased with larger thalli. Also, F s. ecad lutarius consists of a mixture of intermediate and pure genotypes, while dwarf thalli show a greater frequency of hybrids

Synchronizing retinal activity in both eyes disrupts binocular map development in the optic tectum

Spatiotemporal correlations in the pattern of spontaneous and evoked retinal ganglion cell (RGC) activity are believed to influence the topographic organization of connections throughout the developing visual system. We have tested this hypothesis by examining the effects of interfering with these potential activity cues during development on the functional organization of binocular maps in the Xenopus frog optic tectum. Paired recordings combined with cross-correlation analyses demonstrated that exposing normal frogs to a continuous 1 Hz of stroboscopic illumination synchronized the firing of all three classes of RGC projecting to the tectum and induced similar patterns of temporally correlated activity across both lobes of the nucleus. Embryonic and eye-rotated larval animals were reared until early adulthood under equivalent stroboscopic conditions. The maps formed by each RGC class in the contralateral tectum showed normal topography and stratification after strobe rearing, but with consistently enlarged multiunit receptive fields. Maps of the ipsilateral eye, formed by crossed isthmotectal axons, showed significant disorder and misalignment with direct visual input from the retina, and in the eye-rotated animals complete compensatory reorientation of these maps usually induced by this procedure failed to occur. These findings suggest that refinement of retinal arbors in the tectum and the ability of crossed isthmotectal arbors to establish binocular convergence with these retinal afferents are disrupted when they all fire together. Our data thus provide direct experimental evidence that spatiotemporal activity patterns within and between the two eyes regulate the precision of their developing connections