Queer intellectual curiosity as international relations method: developing queer international relations theoretical and methodological frameworks

This article outlines two theoretical and methodological approaches that take a queer intellectual curiosity about figurations of “homosexuality” and “the homosexual” as their core. These offer ways to conduct international relations research on “the homosexual” and on international-relations figurations more broadly, e.g. from “the woman” to “the human rights holder.” The first approach provides a method for analyzing figurations of “the homosexual” and sexualized orders of international relations that are inscribed in IR as either normal or perverse. The second approach offers instructions on how to read plural figures and plural logics that signify as normal and/or perverse (and which might be described as queer). Together, they propose techniques, devices and research questions to investigate singular and plural IR figurations – including but not exclusively those of “the homosexual” – that map international phenomena as diverse as colonialism, human rights, and the formation of states and international communities in ways that exceed IR survey research techniques that, for example, incorporate “the homosexual” into IR research through a “sexuality variable.

Candidate gene markers associated with somatotropic axis and milk selection

One of the obstacles to progress in dairy cattle selection is that milk production traits are only expressed after the first calving. However, the use of the quantitative trait loci (QTL) technology will improve the efficiency of dairy industry with a positive image for the consumers. QTL are part of the genome showing a preponderant action and explaining the major part of variation of the trait production. At the present time, the two major strategies developed to detect such QTL are the candidate gene approach and the positional genetics approach. The somatotropic axis contains the most promising candidates in this respect, as it strongly regulates milk production. Then, the identification of favorable QTL associated with the somatotropic axis that are significantly correlated with genetic merits for milk production could lead to more effective selection programs. (C) 1999 Elsevier Science Inc. All rights reserved