Values, attributes and practices of dance artists in inclusive dance talent development contexts

There is a paucity of research focused on understanding the qualities which underpin dance artists’ practice in working with talented young dancers with disabilities. This study investigated what informs how dance artists work in inclusive dance talent development contexts. Four dance class observations were conducted to provide evidence of dance artists’ qualities in practice. Six dance artists participated in semi-structured interviews. Thematic data analysis revealed four categories: the dance persona; values; attributes; and practices of dance artists. The dance persona was typified by characteristics such as being human, humility, altruism, and confidence. Artists’ values and attributes included celebrating difference, aspiring towards equality and relationality. Their practices were exemplified by varied differentiation strategies and an emphasis on reflection. These findings provide new insight into what drives artists working with dancers with and without disabilities, and aids better understanding of best practice in this context

Near-atomic resolution analysis of BipD, a component of the type III secretion system ofBurkholderia pseudomallei

Burkholderia pseudomallei, the causative agent of melioidosis, possesses a type III protein secretion apparatus that is similar to those found in Salmonella and Shigella. A major function of these secretion systems is to inject virulence-associated proteins into target cells of the host organism. The bipD gene of B. pseudomallei encodes a secreted virulence factor that is similar in sequence and is most likely to be functionally analogous to IpaD from Shigella and SipD from Salmonella. Proteins in this family are thought to act as extracellular chaperones at the tip of the secretion needle to help the hydrophobic translocator proteins enter the target cell membrane, where they form a pore and may also link the translocon pore with the secretion needle. BipD has been crystallized in a monoclinic crystal form that diffracted X-rays to 1.5 Å resolution and the structure was refined to an R factor of 16.1% and an Rfree of 19.8% at this resolution. The putative dimer interface that was observed in previous crystal structures was retained and a larger surface area was buried in the new crystal form