Is c. elegans dss-1 functionally conserved and required for oogenesis and larval growth?
The first knockout animal model for the gene encoding the proteasome subunit DSS-1/Rpn15/Sem1 is characterised in this study. In contrast to unicellular eukaryotes, the C. elegans dss-1 encodes an essential protein, which is required for embryogenesis, larval growth, and oogenesis, and which is functionally conserved with its yeast and human homologues.
Patient autonomy may be an unrealistic goal acutely for patients with severe burn injuries. Educational approaches to consent may facilitate patient autonomy, participation in decision making, and adherence to care plan over time. The ethical framework for this approach has been accepted in rehabilitation literature, but this is the first demonstration that relevant patient populations agree with this approach.