The final pellet was considered non-hazardous.
The final pellet was collected for further use.
Experiences from the biofuel pellet industry indicate that different biomaterial properties influence the final pellet quality.
The final pellet was resuspended and filtered through the cellulose membrane.
This is an important result because the final pellet diameter also depended on the inoculum age.
In the final step of centrifugation, the final pellet was dried and then dissolved in deionized water.
The papyex layers were removed by polishing on both sides and the final pellet thickness was about 300 µm.
In summary, this work showed that both conidia adhesion capacity and hyphal morphology were among the governing factors affecting the final pellet diameter.
We centrifuged the homogenate three times, after which we re-suspended the final pellet in a minimal volume of MSHE + BSA and determined protein (mg/ml).
This analysis showed that both conidia adhesion capacity and hyphal morphology were among the governing factors affecting the final pellet diameter.
A sensitivity analysis with three different classes of pellet sizes showed that the influence of the final pellet size distribution on the simulation result was neglectable.
