Although the classed dimensions of 'taste' have, following Bourdieu, been widely discussed, expressions of disgust at perceived violations of taste have been less frequently considered in relation to class. This paper considers various expressions of disgust at white working-class existence and explores what they might tell us about middle-class identities and identifications.

This article is concerned with the ways in which women narrate a move from a ‘working-class’ position to a position marked (in however fragmentary and complex a way) as ‘middle class’. While such a move might be seen in terms of a straightforward escape from a disadvantaged social position, I argue here that what has to be analysed is the pain and the sense of estrangement associated with this class movement. Drawing on the class narratives of a group of seven white British women, the article uses Bourdieu's concepts of symbolic capital and habitus to explore the cultural and symbolic configurations of class. These configurations may be inscribed into the self, so that the self, itself, is class marked. Since working-class selves are frequently marked in pathological terms, this raises particular difficulties for the idea of an ‘escape’ from such a position. Class in this sense is embedded in people's history and so cannot be so easily ‘escaped’. The usual conventions of life-narratives – in which the self remains the same entity from birth to death and later events are a culmination of earlier ones – are also disrupted in this case. But if a working-class position is marked as pathological, so too is taking on the markers of middle-class existence. To do so is not only to risk ‘getting it wrong’, but it is also to risk the scorn attached to ‘pretentiousness’. There is a particular jeopardy here for women, since it is women who have been especially associated with desires for artefacts associated with bourgeois existence. The article argues for a focus for classed desires and class envy, not in pathological terms, but in terms of a coherent response to political and social exclusions.

Cold-water corals, similar to tropical corals, contain diverse and complex microbial assemblages. These bacteria provide essential biological functions within coral holobionts, facilitating increased nutrient utilization and production of antimicrobial compounds. To date, few cold-water octocoral species have been analyzed to explore the diversity and abundance of their microbial associates. For this study, 23 samples of the family Anthothelidae were collected from Norfolk (n = 12) and Baltimore Canyons (n = 11) from the western Atlantic in August 2012 and May 2013. Genetic testing found that these samples comprised two Anthothela species (Anthothela grandiflora and Anthothela sp.) and Alcyonium grandiflorum. DNA was extracted and sequenced with primers targeting the V4–V5 variable region of the 16S rRNA gene using 454 pyrosequencing with GS FLX Titanium chemistry. Results demonstrated that the coral host was the primary driver of bacterial community composition. Al. grandiflorum, dominated by Alteromonadales and Pirellulales had much higher species richness, and a distinct bacterial community compared to Anthothela samples. Anthothela species (A. grandiflora and Anthothela sp.) had very similar bacterial communities, dominated by Oceanospirillales and Spirochaetes. Additional analysis of core-conserved bacteria at 90% sample coverage revealed genus level conservation across Anthothela samples. This core included unclassified Oceanospirillales, Kiloniellales, Campylobacterales, and genus Spirochaeta. Members of this core were previously recognized for their functional capabilities in nitrogen cycling and suggest the possibility of a nearly complete nitrogen cycle within Anthothela species. Overall, many of the bacterial associates identified in this study have the potential to contribute to the acquisition and cycling of nutrients within the coral holobiont.

Viral metagenomics has recently revealed the ubiquitous and diverse nature of single-stranded DNA (ssDNA) viruses that encode a conserved replication initiator protein (Rep) in the marine environment. Although eukaryotic circular Rep-encoding ssDNA (CRESS-DNA) viruses were originally thought to only infect plants and vertebrates, recent studies have identified these viruses in a number of invertebrates. To further explore CRESS-DNA viruses in the marine environment, this study surveyed CRESS-DNA viruses in various marine invertebrate species. A total of 27 novel CRESS-DNA genomes, with Reps that share less than 60.1% identity with previously reported viruses, were recovered from 21 invertebrate species, mainly crustaceans. Phylogenetic analysis based on the Rep revealed a novel clade of CRESS-DNA viruses that included approximately one third of the marine invertebrate associated viruses identified here and whose members may represent a novel family. Investigation of putative capsid proteins (Cap) encoded within the eukaryotic CRESS-DNA viral genomes from this study and those in GenBank demonstrated conserved patterns of predicted intrinsically disordered regions (IDRs), which can be used to complement similarity-based searches to identify divergent structural proteins within novel genomes. Overall, this study expands our knowledge of CRESS-DNA viruses associated with invertebrates and explores a new tool to evaluate divergent structural proteins encoded by these viruses.