arsenite การใช้

• Examples include diethylstilbestrol, arsenite, hexachlorobenzene, and nickel compounds.
• Additionally, arsenite containing compounds have also been labeled carcinogens.
• Consequently, arsenite is taken into cells by aquaglyceroporin channels.
• By both these inhibitions, arsenite poisoning affects energy production in the body.
• The toxic compounds in arsenic are arsenate and arsenite.
• All three of these systems participate in efflux of either arsenite or antimonite.
• Arsenite is more soluble and mobile than arsenate.
• MRP1-overexpressing lung tumor GLC4 / Sb30 cells poorly accumulate arsenite and arsenate.
• Arsenite inhibits members of the disulfide oxidoreductase family like glutathione reductase and thioredoxin reductase.
• One is when arsenate is reduced to arsenite which adsorbs to iron oxides less strongly.
• It was also proposed that binding of arsenite at nonessential sites might contribute to detoxification.
• The carcinogenicity of potassium arsenite arises from its ability to inhibit DNA repair and methylation.
• Arsenic uptake is adventitious because the arsenate and arsenite are chemically similar to required nutrients.
• All of these conditions exhibit the hazardous nature of potassium arsenite and other arsenite containing compounds.
• All of these conditions exhibit the hazardous nature of potassium arsenite and other arsenite containing compounds.
• Arsenite or Antimonite ( out ).
• Microbial metabolism undoubtedly worsens environmental arsenic problems by releasing arsenite into drinking water, including shallow wells.
• Arsenite of lime and arsenate of lead were used widely as insecticides until the discovery of DDT in 1942.
• Many species of bacteria can transform arsenite to arsenate in anoxic conditions by using arsenite as an electron donor.
• Many species of bacteria can transform arsenite to arsenate in anoxic conditions by using arsenite as an electron donor.