The airflow ranges tested produced minimal to complete cell death.
This indicates that humic acid does not affect montmorillonite flocculation either negatively or positively at all salinity ranges tested.
Phosphate was utilized by cells till 72 h and then remained constant for pH ranges tested (Figure3b).
Thus, the overall concentration ranges tested were limited between 5 μM and 10 mM in this paper.
Transduction frequency was related directly to vector concentration and not to multiplicity of infection across the ranges tested.
Results show that, for the strain ranges tested, TMF life is significantly affected by the employed phase angle.
The visible damage test results in significant damage in the core and facesheets dependent on the temperature ranges tested.
As it was revealed, biomass was increased by increasing both initial [PO4 3-] and cultivation time in the experimental ranges tested.
Salinity significantly affected survival, while temperature significantly affected the rate of development of larval M. dalli, without any interacting effects in the ranges tested.
