Experiments with different Bim1 concentrations are needed to distinguish between these two possibilities (effect on overall affinity versus end binding selectivity).
To reduce this uncertainty, more studies in countries with high air pollution concentrations are needed.
Notably, although higher glycyrrhizin concentrations were needed to interfere with SARS coronavirus replication [22] than with H5N1 replication, beneficial results were reported in glycyrrhizin (SNMC -treated SNMC -treated in compariSARSto SARS patients who din not recomparisonyrrhizin [23].
Furthermore, when performing the same experiment on PYR7, over five-fold higher pyridomycin concentrations were needed to inhibit mycolic acid biosynthesis consistent with the resistance level observed.
Whereas previous experiments immersed fully grown shoots in 50 μM NPA [ 32, 33], we grew colonies on NPA, exposing shoots to transport inhibition from the earliest developmental stages, and cotreatment with low auxin concentrations was needed to see strong developmental effects.
A significant decrease in biofilm formation was observed with as little as 10 µM HM, a 100-fold lower concentration than was needed with MM.
Approximately three times the concentration of alamethicin was needed with CM-treated cells compared to control cells to yield a 50% permeabilisation, i.e., 30 µg ml-1 for CM cells compared to less than 10 µg ml-1 for control cells.
Concentration was needed for the proper release of remains.
Much lower concentrations and doses are needed in combination with a DNA-damaging agent because, even if not totally inhibited, there is likely to be insufficient PARP activity to facilitate the repair of sudden high levels of DNA damage.
Since HBOT consists of 2 independent variables (pressure and inspired oxygen concentration), comparison studies are needed in individuals with autism before determining that the clinical effects of 1.3 atm and 24% oxygen are similar to those obtained by delivering oxygen by mask alone without additional pressure.
