sodium arsenite

Sodium arsenite can be inhaled or absorbed through the skin.

Sodium arsenite is used in the water gas shift reaction to remove carbon dioxide.

Sodium arsenite, too, induced the synthesis of this transcript.

During recovery from sodium arsenite, a similar phenomenon occurred during the initial stages.

Sodium arsenite is an appropriate chemical stressor to induce production of heat shock proteins.

This produced a sodium arsenite solution.

Sodium arsenite is a chemical compound.

Sodium arsenite is an example.

The effect of methylmercury, tetraethyl lead and sodium arsenite on the humoral immune response in mice.

Sodium arsenite is amorphous, typically being obtained as a powder or as a glassy mass.

Sodium arsenite usually refers to the inorganic compound with the formula NaAsO.

The inhibitory effects of these reagents and 2 mM sodium arsenite (which complexes dithiols) were additive.

Although commercially available, it can be prepared by reducing iodoform with elemental phosphorus or sodium arsenite:

The raw water was spiked with sodium arsenite (NaAsO2) and filtered through a pilot unit under optimised conditions.

Sodium arsenite, which is capable of reducing sulfenic acids but not disulfide bonds, readily repaired peroxide-inactivated papain.

Isolates from four genera of freshwater green algae were capable of methylating sodium arsenite in lake water and Bold's basal medium.

In World War I, the German manufacturing method consisted of a three-step reaction beginning with methylation of sodium arsenite:

The ability of cetrimide, nitrofurantoin, TTC, and sodium arsenite to select for marine pseudomonads and eliminate non-pseudomonads was examined.

Iopanoic acid, dicumarol, and sodium arsenite inhibited 5′-DI and 5-DI activated by DTT.

Control of tick infestation by dipping cattle in a dilute bath of Stockholm tar and sodium arsenite solution was used in Queensland from 1895.