Additional file 1 of A time trade-off study to determine health-state utilities of transplant recipients with refractory cytomegalovirus infection with or without resistance

Additional file1. Table S1. Summary of participants' clinical experience. Table S2. Final vignette: Clinically significant and symptomatic CMV (CS-symptomatic CMV). Table S3. Final vignette: Clinically significant and symptomatic CMV (CS-symptomatic CMV) with GvHD. Table S4. Final vignette: Clinically significant and symptomatic CMV (CS-symptomatic CMV) with kidney graft loss. Table S5. Final vignette: Clinically significant and symptomatic CMV (CS-symptomatic CMV) with lung graft loss. Table S6. Final vignette: Clinically significant and asymptomatic CMV (CS-asymptomatic CMV). Table S7. Final vignette: Clinically significant and asymptomatic CMV (CS-asymptomatic CMV) with GvHD. Table S8. Final vignette: Clinically significant and asymptomatic CMV (CS-asymptomatic CMV) with kidney graft loss. Table S9. Final vignette: Clinically significant and asymptomatic CMV (CS-asymptomatic CMV) with lung graft loss. Table S10. Final vignette: Non-clinically significant CMV (non-CS CMV). Table S11. Final vignette: Non-clinically significant CMV (non-CS CMV) with GvHD. Table S12. Final vignette: Non-clinically significant CMV (non-CS CMV) with kidney graft loss. Table S13. Final vignette: Non-clinically significant CMV (non-CS CMV) with lung graft loss

Synthesis of boron nitride nanotubes by boron ink annealing

Ball-milling and annealing is one effective method for the mass production of boron nitride nanotubes (BNNTs). We report that the method has been modified to a boron (B) ink annealing method. In this new process, the nanosize ball-milled B particles are mixed with metal nitrate in ethanol to form an ink-like solution, and then the ink is annealed in nitrogen-containing gas to form nanotubes. The new method greatly enhances the yield of BNNTs, giving a higher density of nanotubes. These improvements are caused by the addition of metal nitrate and ethanol, both of which can strongly boost the nitriding reaction, as revealed by thermogravimetric analysis. The size and structure of BNNTs can be controlled by varying the annealing conditions. This high-yield production of BNNTs in large quantities enables the large-scale application of BNNTs