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Heavy Metal Index

A Critical Review of Resistance and Oxidation Mechanisms of Sb-Oxidizing Bacteria for the Bioremediation of Sb(III) Pollution

Review. A cited disruption of aioA decreased Sb(III) oxidation by 25 percent in one strain (PDF p.6).

Review. A cited disruption of aioA decreased Sb(III) oxidation by 25 percent in one strain (PDF p.6). The review states that the genes required for antimony methylation are still unknown (PDF p.8-9).

Key numbers

Review. A cited disruption of aioA decreased Sb(III) oxidation by 25 percent in one strain (PDF p.6). The review states that the genes required for antimony methylation are still unknown (PDF p.8-9).

Methods (brief)

No new experiment. Methylated antimony is described as reported from fungi, archaea, and bacteria.

Evidence fitness

Supports the review’s own statements. Does not support a named methylation gene in an infant gut.

Limitations

Later papers, including Thomas 2011, narrow the methylation statement without closing it.

Update history

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