Air in indoor and outdoor environments typically contains many gaseous and particulate pollutants that may affect adversely any individual at sufficiently high concentrations and more sensitive individuals at lower concentrations.
At sufficiently high concentrations of chloride and low current density the reaction product is CuCl−2, whereas in the limiting current region the product is the neutral monochloro complex.
When the cells encounter sufficiently high concentrations of peptide, as in the islets, they can show potent cytotoxicity (at concentrations of 40 ng/mL, Fig. 1).
If they occur in sufficiently high concentrations, they can kill a cell.
At sufficiently high concentrations, the salts pose a toxicity hazard from Na+, HCO3− (bicarbonate) and Cl− (chloride) and interfere with water uptake by plants from soil.
At sufficiently high concentrations, many small molecules form colloidal aggregates between 100 and 1600 nm across.
When sufficiently large concentrations are reached, percolating clusters persist during shearing and the conductivity fluctuations decrease.
Upon thermal stimulus, free-standing hydrogels can be formed rapidly at sufficiently high concentrations.
With the exception of PFOS, all PFAAs at sufficiently high concentrations (>20 μM) stimulated state 4 and inhibited state 3 respiration.
Adding CNCs at sufficiently high concentrations (3 wt%) significantly decreased the rate and degree of lipolysis as compared to that of protein-coated emulsion droplets.
