Owing to the remaining controversy about optimal hemoglobin thresholds for transfusion in sepsis resuscitation, additional data are needed to optimize practices at the bedside.
These are very preliminary outcomes and further studies are needed to optimize the radiolabelling procedure.
Further studies are needed to optimize the mechanism of AgNPs on cancer cells.
Continued studies are needed to optimize, and understand limitations of, each of the two electrodes to obtain improved cell performance.
Improved methods such as radiofrequency identification (RFID) are needed to optimize specimen tracking in anatomical pathology.
Further prospective studies are needed to optimize treatment of these advanced and recurrent forms.
However, more studies are needed to optimize this innovative approach, as many challenges remain (Torikai and Cooper 2016).
Further studies of ECD organs and their recipients are needed to optimize the use of these scarce resources.
Thus microalgae growth models are needed to optimize the carbon dioxide consumption by microalgae in engineered systems such as photobioteactors.
Systematic studies are needed to optimize the parameters for the growth of dispersed and luminescent silicon nano-crystals using new and different methods.
Future studies are needed to optimize GFR estimates and to determine the impact of antiretroviral therapy on kidney disease in this population.
