Sentence examples for of either arsenic from inspiring English sources

In this study, we identified genes with expression levels that were significantly changed in TK6 cells exposed to low doses of either arsenic or cadmium.

The rationale for this research was based on studies suggesting that differential gene expression occurs in human cells following exposure to low levels of either arsenic [ 12- 15] or cadmium [ 16].

Also at 7 weeks PI, there was no effect of arsenic on tissue damping (p = 0.07) or tissue elastance (p = 0.086) in males, and no effect of either arsenic (tissue damping, p = 0.32; tissue elastance, p = 0.60) or influenza (tissue damping, p = 0.30; tissue elastance, p = 0.70) on tissue mechanics in female offspring.

Here we characterized the effects of low dose exposure to either arsenic or cadmium by examining changes in the expression of genes and their associated biological pathways and functions.

In this study, we examined the effects of in vitro exposure to either arsenic or cadmium in human TK6 lymphoblastoid cells using genomics and systems level pathway mapping approaches.

The effect of contact time on the removal of both As III) and As V) was examined by culturing C. pyrenoidosa in 100 mL of synthetic wastewater containing 50 mg/L of arsenic (either As III) or As V)) and keeping inoculum size and pH constant at 10%and9.0,0, respectively.

The modelling of the exact phycoremediation of AsO3 3− or H2AsO3 − and AsO4 3− or H2AsO4 − on any material surface is dependent on a number of peripheral parameters such as pH, temperature, initial concentration of arsenic (either As III) or As V)) and the density of surface functional groups existing for coordination.

The impact of inoculum size on phycoremediation of C. pyrenoidosa was carried out by varying inoculum volume in the range of 2 20% (v/v) in the growth media containing 50 mg/L of arsenic (either As III) or As V)), at an initial optimized pH value of 9.0, contact time 144 h and temperature 28 °C.

Phycoremediation of arsenic (either As III) or As V)) ions from wastewater is optimized for determining the optimal network structure.

Experiments were carried out in batch reactor to investigate the maximum tolerable concentration of arsenic (either As III) or As V)).

Results possibly specify that the present problem (predicting the % removal of arsenic (either As III) or As V)) using the algae C. pyrenoidosa) is not so complex as to require a complicated network routing.