Gender Representation in American Urological Association Guidelines.

OBJECTIVE: To study patterns and factors associated with female representation in the American Urological Association (AUA) guidelines. METHODS: We gathered publicly available information about the panelists, including the AUA section, practice setting, academic rank, fellowship training, years in practice, and H-index. The factors associated with the proportion of female panelists and trends were investigated. We also examined the proportion of female panelists in the European Association of Urology (EAU) and National Comprehensive Cancer Network (NCCN) urology guidelines. RESULTS: There were 483 non-unique panelists in AUA guidelines, and 17% are female. Non-urologist female panelists in AUA guidelines represented a higher proportion than female urologists (30% vs 13%, P<0.0001). Compared with male panelists, females had lower H-indices (median 23 vs 35, P<0.001), and fewer were fellowship-trained (77.2% vs 86.8%; P=0.042). On multivariate analysis, non-urologists and panelists with lower H-indices were more likely to be female but there was no association between guideline specialties, academic ranking, geographic section, years in practice, and fellowship training with increased female authorship. Overtime, the proportion of female participation in guidelines remained stable. In the EAU and NCCN guideline panels, 12.2% and 10.7% were female, respectively. CONCLUSION: Female representation among major urologic guidelines members is low and unchanged overtime. Female urologist participation was proportional to their representation in the urology workforce. Being a non-urologist and lower H-indices were associated with female membership in guideline panels.

Characterization of Three Venom Peptides from the Spitting Spider Scytodes thoracica.

We present the solution-state NMR structures and preliminary functional characterizations of three venom peptides identified from the spitting spider Scytodes thoracica. Despite little sequence identity to other venom peptides, structural characterization reveals that these peptides contain an inhibitor cystine knot motif common to many venom peptides. These are the first structures for any peptide or protein from spiders of the Scytodidae family. Many venom peptides target neuronal ion channels or receptors. However, we have not been able to determine the target of these Scytodes peptides so we can only state with certainty the channels and receptors that they do not target.